AMPMODU Interconnection System

Transcription

1 AMPMODU Interconnection System

2 PC/104 and PC/104- Plus Connectors.00 x.00 [1.27 x 1.27] Centerline.00 x [1.27 x 2.4] Centerline AMPMODU 2mm Connectors x [2.4 x 2.4] Centerline.12 x.12 [3.18 x 3.18] Centerline.16 [3.96] Centerline Table of Contents PC/104 and PC/104-Plus Connectors Introduction PC/104, Press Fit 6, 7 PC/104-Plus, Press Fit 8, 9 PC/104, Solder 10 PC/104-Plus, Solder 11 Accessories, Kits [1.27] x 0.00 [1.27] CENTERLINE AMPMODU 0/0 Grid oard-to-oard Vertical Receptacles and Headers: Introduction 13, 14 Vertical Receptacles, Double Row 1 Vertical Headers, Double Row 16 Recommended PC oard Layouts 17 oard-to-oard Right-Angle Headers: Introduction 18 Right-Angle Headers, Double Row, Latching and Non-Latching 19 Cable-to-oard Connectors: Introduction 20 Receptacle Connectors, Double Row, With and Without Latch 21 Cable Connector Terminating Cover, Double Row 22 IDC (Insulation Displacement Crimp) Tooling 23 Performance Specifications 24 Technical Documents [1.27] x 0 CENTERLINE AMPMODU System 0 2 oard-to-oard Connectors, Thru-Hole: Introduction 26 Headers, Shrouded and Unshrouded 27-3 Introduction 36 Receptacles PC oard Hole Layouts 41, 42 oard-to-oard Connectors, Surface-Mount: Introduction 43 Headers 44 Receptacles 4 Cable-to-oard Connectors, FFC Cable: Introduction 46 Flexible Flat Conductor Cable 47 FFC Contacts 48 Receptacle Housings 49-2 ZIF-Line Connectors 3, 4 Cable-to-oard Connectors, Ribbon Cable: Introduction Ribbon Cable Receptacles 6 Paddleboard Receptacles 7 Flat Ribbon Cable 8, 9 Application Tooling for Flex Film Contacts 60 Application Tooling Performance Specifications 63 Technical Documents 64 Shunts 8 2

3 4 Table of Contents (Continued) AMPMODU 2mm Connectors AMPMODU 2mm Connectors (oard to oard) 6 Headers, Unshrouded, Double Row, Thru-Hole Mount 66, 67 reakaway Headers, Unshrouded, Double Row, Thru-Hole Mount reakaway Headers, Unshrouded, Double Row, Surface Mount 71, 72 Stacking Header, Unshrouded, Double Row, Thru-Hole Mount 73 Headers, Shrouded, Double Row, Thru-Hole, Right-Angle Mount 74, 7 Headers, Shrouded, Double Row, Surface Mount 76, 77 Headers, Shrouded, Double Row, Thru-Hole Mount with Cable Shrouds 78, 79 Receptacles, Double Row, Thru-Hole, Vertical Mount 80, 81 Receptacles, Double Row, Surface Mount, Right-Angle Mount 82 Receptacles, Double Row, Thru-Hole, Right-Angle Mount 83 Receptacles, Double Row, Surface Mount, Vertical Mount 84 x CENTERLINE Introduction 8-87 Terms Explained 87 Wire Sizes 88 Contact Platings 88 Mating Post Lengths 88 Application Tooling 88 oard-to-oard Solutions Guides, Centerline Products 89 Wire-to-oard Solutions Guide, Centerline Products 89 Mating Post Selection Guide 90 Parallel Stacking Guide for oard-to-oard Applications 91 oard-to-oard Products: Unshrouded Headers reakaway and Retention Headers-Unshrouded Reeled reakaway Headers 106, 107 Surface Mount reakaway Headers Unshrouded Stacking Headers- reakaway Shrouded Headers Standard Profile Low Profile Shrouded Stacking Headers ACTION PIN Headers ACTION PIN Press-Fit Posts 10, 11 Application Tooling for ACTION PIN Posts 12, 13 ACTION PIN Stacking Connectors Application Tooling for AMP ACTION PIN Stacking Connectors [0.64] Square Posts [0.64] Square Continuous Posts 164, [1.14] Square Continuous Posts 166, 167 Horizontal Mount Receptacle Assemblies, Mod II Vertical Mount Receptacle Assemblies, Mod II & Mod IV Surface Mount Vertical Receptacles, Mod IV Two-Piece Printed Circuit oard Connectors Accessories Wire-to-oard Products: Locking Clip Contacts and Housings Mod IV Contacts and Housings Short Point Contacts and Housings MTE Interconnection System Surface Mount MTE Headers (Right-Angle & Vertical) 21, 22 Interchangeable Contacts, Wire Crimp (Snap-In) 23, 24 MT and Shielded MT Connectors 2-26 Mini-Tandem Spring Receptacle Contacts Application Tooling Technical Documents PC/104 and PC/104- Plus Connectors.00 x.00 [1.27 x 1.27] Centerline.00 x [1.27 x 2.4] Centerline AMPMODU 2mm Connectors x [2.4 x 2.4] Centerline.12 x.12 [3.18 x 3.18] Centerline.16 [3.96] Centerline Shunts 3

4 PC/104 and PC/104- Plus Connectors.00 x.00 [1.27 x 1.27] Centerline.00 x [1.27 x 2.4] Centerline AMPMODU 2mm Connectors Table of Contents (Continued).12 [3.18] x.12 [3.18] CENTERLINE Wire-to-oard Product: Level V IDC Connectors [3.96] CENTERLINE Mod I x Interconnection System Introduction 283, 284 Receptacles, Vertical and Horizontal oard Mount 28, 286 Receptacle Assemblies, Vertical and Horizontal oard Mount Receptacles, Crimp Snap-In (Wire Applied) 290 Receptacle Housings, Standard Profile-Unkeyed (With/Without Strain Relief) 291, 292 Receptacle Housings, Low Profile-Keyed 293 Posts, Machined Applied 294 Headers: Straight Post, Keyed 29, 296 Right-Angle, Keyed 297 Locking Clip Contacts, Crimp Snap-In (Wire Applied) 298 Locking Clip Connector Housings, Single Row, Crimp Snap-In 299 Application Tooling Performance Specifications 30 Technical Documents 30 Shunts Dual In-Line Package DIP Shunts 306, 307 Post Shunts Performance Specifications 311 Technical Documents 311 Part Number Index x [2.4 x 2.4] Centerline.12 x.12 [3.18 x 3.18] Centerline.16 [3.96] Centerline Shunts Restriction on the use of Hazardous Substances (RoHS) At TE Connectivity (TE), we re ready to support your RoHS requirements. We ve assessed more than 1. million end items/ components for RoHS compliance, and issued new part numbers where any change was required to eliminate the restricted materials. Part numbers in this catalog are identified as: RoHS Compliant Part numbers in this catalog are RoHS Compliant, unless marked otherwise. These products comply with European Union Directive 2002/9/EC as amended 1 January 2006 that restricts the use of lead, mercury, cadmium, hexavalent chromium, P, and PDE in certain electrical and electronic products sold into the EU as of 1 July NOTE: For purposes of this catalog, included within the definition of RoHS Compliant are products that are clearly Out of Scope of the RoHS Directive such as hand tools and other non-electrical accessories. NOTE: Information regarding RoHS compliance is provided based on reasonable inquiry of our suppliers and represents our current actual knowledge based on the information provided by our suppliers. This information is subject to change. For latest compliance status, refer to our website referenced at right. Getting the Information You Need Our comprehensive on-line RoHS Customer Support Center provides a forum to answer your questions and support your RoHS needs. A RoHS FAQ (Frequently Asked Questions) is available with links to more detailed information. You can also submit RoHS questions and receive a response within 24 hours during a normal work week. The Support Center also provides: Cross-Reference from Non-compliant to Compliant Products Ability to browse RoHS Compliant Products in our on-line catalog Downloadable Technical Data Customer Information Presentation More detailed information regarding the definitions used above RoHS Customer Support Center So whatever your questions when it comes to RoHS, we have the answers at 4

5 Product Facts Press fit design eliminates hand soldering Unitized PC/104 connector assembly eliminates two piece (64 pin & 40 pin) configuration Integral board spacers with captive hardware eases & improves assembly efficiency while minimizing stocked hardware Flat-rock insertable no need for complex insertion tooling Recognized by Underwriters' Laboratories to US and Canadian standards file No. E28476 Fully compliant with PC104 & PC104-Plus standards Solutions available for lead free processes (ie. ENIG and silver immersion plated PC's) AMPMODU Interconnection System PC/104 and PC/104-Plus Connectors The PC/104 and PC/104-Plus connectors are industry standard product offerings which comply with the interconnection requirements defined by the PC/104 organization ( oth products are designed specifically for flat-rock press-fit installation for ease of application. Solder version is also available. Optional integral standoffs minimize the customer s system assembly time. The TE offering of the standard PC/104 product is a unitized connector rather than the two piece, 40 and 64 position connectors currently on the market. Customer needs to stock and apply only one part number rather than two. Performance Specifications Electrical Characteristics Meets requirements of PC/104 and PC/104-Plus standards Nominal Resistance 10 milliohms maximum, D R Insulation Resistance 1000 megohms minimum Dielectric Withstanding Voltage 00 VAC for 1 min. at sea level Mechanical Characteristics Meets requirements of PC/104 and PC/104-Plus standards Current Signal application only Temperature to 10 C Material and Finish Housing lack Thermoplastic, UL 94V-0 Contact Phosphor ronze, Full Gold all over Nickel (stackthrough), Gold on mating end, Tin or Tin-lead on PC tail all over Nickel (non-stackthrough) Need more information? Call Technical Support : Technical Support is staffed with specialists well versed in all TE products. The Center can provide you with: Technical Support Catalogs Technical Documents TE Authorized Distributor Locations PC/104 and PC/104-Plus Connectors 1 Technical Documents Product Specifications Application Specifications Connector Centerline Position PC/ * PC/104-Plus ** *Two circuits plugged per PC/104 specification. Other options available. **One circuit plugged per PC/104-Plus specification. Other options available.

6 PC/104 and PC/104-Plus Connectors 1 Material and Finish Housing Glass filled thermoplastic, lack, 94V-0 rated Contacts Stackthrough Phosphor ronze; plated [ ] min. Gold on mating receptacle end, [ ] min. Gold on remainder, all over [ ] Nickel or Phosphor ronze; plated [ ] min. Gold on mating receptacle end, [ ] matte tin on compliant section, { ] min. Gold on remainder of post, all over [ ] Nickel Non-Stackthrough Phosphor ronze; plated [ ] min. Gold on mating receptacle end, [0.0024] matte tin or tin-lead on remainder, all over [ ] Nickel Screwlocks Steel, Clear Chromate over Zinc AMPMODU Interconnection System PC/104, Press-Fit Stackthrough, No Standoffs Gold plated contacts* Part No (keyed), Part No (unkeyed) Gold plated contacts with Tin plated compliant pin section** Part No (keyed), Part No (unkeyed) Non-Stackthrough, No Standoffs Tin-lead plated tails* Part No (keyed), Part No (unkeyed) Matte tin plated tails** Part No (keyed), Part No (unkeyed).43 [11.0].43 [11.0] Plugged Circuit 3.21 [81.60] 2.01 [1.11].02 Sq. [0.64].19 [4.9].390 [9.90].483±.013 [12.27±0.34] Plugged Circuit 3.21 [81.60] 2.01 [1.11].19 [4.9].390 [9.90].119±.013 [3.03±0.34] Plugged Circuit Plugged Circuit 3.10 [78.74].300 [7.62] 3.10 [78.74].300 [7.62] Keyed Recommended PC oard Layout See Customer Drawing for Hole Geometry and Recommended Plating. Unkeyed 6 * For RoHS exempt Tin-lead processes (including ENIG Plated PC s) ** for Silver Immersion processes or where a total lead free solution is desired

7 PC/104, Press-Fit (Continued) Stackthrough, 2 Standoffs Gold plated contacts* Part No (keyed), Part No (unkeyed) Gold plated contacts with Tin plated compliant pin section** Part No (keyed), Part No (unkeyed).43 [11.0].600 [1.24] Non-Stackthrough, 2 Standoffs Tin-lead plated tails* Part No (keyed), Part No (unkeyed) Matte tin plated tails** Part No (keyed), Part No (unkeyed).43 [11.0].600 [1.24] PC/104 and PC/104-Plus Connectors 1 Plugged Circuit 3.21 [81.60] 2.01 [1.11].02 Sq. [0.64].19 [4.9].390 [9.90].483±0.13 [12.27±0.34] Plugged Circuit 3.21 [81.60] 2.01 [1.11].19 [4.9].390 [9.90].119±.013 [3.03±0.34] Plugged Circuit Plugged Circuit Stackthrough, 4 Standoffs Gold plated contacts* Part No (keyed), Part No (unkeyed) Gold plated contacts with Tin plated compliant pin section** Part No (keyed), Part No (unkeyed).43 [11.0].600 [1.24] Non-Stackthrough, 4 Standoffs Tin-lead plated tails* Part No (keyed), Part No (unkeyed) Matte tin plated tails** Part No (keyed), Part No (unkeyed).43 [11.0].600 [1.24] Plugged Circuit 3.21 [81.60] 2.01 [1.11].02 Sq. [0.64].19 [4.9].390 [9.90].483±.013 [12.27±0.34] Plugged Circuit 3.21 [81.60] 2.01 [1.11].19 [4.9].390 [9.90].119±.013 [3.03±0.34] reakaway Standoffs Plugged Circuit reakaway Standoffs Plugged Circuit 0.0 [1.27] 3.10 [78.74].300 [7.62] 0.0 [1.27] 3.10 [78.74].300 [7.62].12 Dia. [3.18] 2 Plcs..12 Dia. [3.18] 2 Plcs. Keyed Recommended PC oard Layout See Customer Drawing for Hole Geometry and Recommended Plating. * For RoHS exempt Tin-lead processes (including ENIG Plated PC s) ** for Silver Immersion processes or where a total lead free solution is desired Unkeyed 7

8 PC/104 and PC/104-Plus Connectors 1 Material and Finish Housing Glass filled thermoplastic, lack, 94V-0 rated Contacts Stackthrough Phosphor ronze; plated [ ] min. Gold on mating receptacle end, [ ] min. Gold on remainder, all over [ ] Nickel or Phosphor ronze; plated [ ] min. Gold on mating receptacle end, [ ] matte tin on compliant section, { ] min. Gold on remainder of post, all over [ ] Nickel Non-Stackthrough Phosphor ronze; plated [ ] min. Gold on mating receptacle end, [0.0024] matte tin or tin-lead on remainder, all over [ ] Nickel Screwlocks Steel, Clear Chromate over Zinc AMPMODU Interconnection System PC/104-Plus, Press-Fit Stackthrough, No Standoffs Gold plated contacts* Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification Gold plated contacts with Tin plated compliant pin section** Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification Non-Stackthrough, No Standoffs Tin-lead plated tails* Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification Matte tin plated tails** Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification.368 [9.3].368 [9.3].079 [2.00].020 Sq. [0.1].079 [2.00].483±.013 [12.27±0.34].079 [2.00].079 [2.00].112±.013 [2.8±0.34] Plugged Circuit (-3 or -6 only).31 [8.00] Plugged Circuit (-3 or -6 only).31 [8.00] Plugged Circuit (-2 or - only) 2.37 [60.30].01 [0.39] Plugged Circuit (-2 or - only) 2.37 [60.30].01 [0.39].236 [6.00].236 [6.00].236 [6.00] 2.28 [8.0] 2.28 [8.0] 2.28 [8.0] 8 Recommended PC oard Layout for , , , * For RoHS exempt Tin-lead processes (including ENIG Plated PC s) ** for Silver Immersion processes or where a total lead free solution is desired Recommended PC oard Layout for , , , See Customer Drawing for Hole Geometry and Recommended Plating. (Including ENIG plated PC's) Recommended PC oard Layout for , , ,

9 Non-Stackthrough, 2 Standoffs Tin-lead plated tails* Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification Matte tin plated tails** Part No (unkeyed), Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification AMPMODU Interconnection System PC/104-Plus, Press-Fit (Continued) Plugged Circuit (-2 and - only) 2.37 [60.30] 0.79 [2.00] Plugged Circuit (-3 and -6 only).01 [0.39].31 [8.00].368 [9.3].112±.013 [2.8±0.34].600 [1.24] 0.79 [2.00] PC/104 and PC/104-Plus Connectors 1 Stackthrough, 2 Standoffs Gold plated contacts* Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification.368 [9.3].600 [1.24].483±.013 [12.27±0.34] Gold plated contacts with Tin plated compliant pin section** Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification 0.79 [2.00].020 Sq. [0.1] Plugged Circuit (-3 and -6 only).31 [8.00].079 [2.00] Plugged Circuit (-2 and - only) 2.37 [60.30].01 [0.39] Recommended PC oard Layout for , , , Recommended PC oard Layout for , , , Recommended PC oard Layout for , , , See Customer Drawing for Hole Geometry and Recommended Plating. * For RoHS exempt Tin-lead processes (including ENIG Plated PC s) ** for Silver Immersion processes or where a total lead free solution is desired 9

10 PC/104 and PC/104-Plus Connectors 1 Material and Finish Housing Glass filled thermoplastic, lack, 94V-0 rated Contacts Non-Stackthrough Phosphor ronze; plated [ ] min. Gold on mating receptacle end, [0.0024] matte tin on remainder, all over [ ] Nickel Screwlocks Steel, Clear Chromate over Zinc AMPMODU Interconnection System PC/104, Solder Non-Stackthrough, No Standoffs Part No (keyed) Part No (unkeyed) Plugged Circuit 3.21 [81.60] 2.01 [1.11].43 [11.0].119± [4.9].390 [9.90] [3.03±0.34] Plugged Circuit 3.10 [78.74].300 [7.62] 3.10 [78.74].300 [7.62] Plated Through Hole.041±.003 Dia. [1.03±0.08] 102 Plcs. Keyed Unkeyed Recommended PC oard Layout Non-Stackthrough, 2 Standoffs Part No (keyed) Part No (unkeyed) Non-Stackthrough, 4 Standoffs Part No (keyed) Part No (unkeyed).43 [11.0].43 [11.0].600 [1.24].600 [1.24].119±.013 [3.03±0.34].119±.013 [3.03±0.34] Plugged Circuit 3.21 [81.60] 2.01 [1.11].19 [4.9].390 [9.90] Plugged Circuit 3.21 [81.60] 2.01 [1.11].19 [4.9].390 [9.90] Plugged Circuit reakaway Standoffs Plugged Circuit 0.0 [1.27] 3.10 [78.74].300 [7.62] 0.0 [1.27] 3.10 [78.74].300 [7.62].12 [3.18] Dia. 2 Plcs..040±.003 [1.01±0.08] Plated Through Hole Dia. 102 Plcs. Keyed.12 Dia. [3.18] 2 Plcs. Recommended PC oard Layout Unkeyed 10

11 Material and Finish Housing Glass filled thermoplastic, lack, 94V-0 rated Contacts Non-Stackthrough Phosphor ronze; plated [ ] min. Gold on mating receptacle end, [0.0024] matte tin on remainder, all over [ ] Nickel Screwlocks Steel, Clear Chromate over Zinc AMPMODU Interconnection System PC/104-Plus, Solder Non-Stackthrough, No Standoffs Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification.079 [2.00] Plugged Circuit (-6 only).368 [9.3].079 [2.00].31 [8.00].112±.013 [2.8±0.34] PC/104 and PC/104-Plus Connectors 1 Plugged Circuit (- only) 2.37 [60.30].01 [0.39].236 [6.00] Plated Through Hole.03±.003 Dia. [0.88±0.08] 120 Plcs..236 [6.00] Plated Through Hole.03±.003 Dia. [0.88±0.08] 119 Plcs..236 [6.00] Plated Through Hole.03±.003 Dia. [0.88±0.08] 119 Plcs [8.0] 2.28 [8.0] 2.28 [8.0] Recommended PC oard Layout for Recommended PC oard Layout for Recommended PC oard Layout for Non-Stackthrough, 2 Standoffs Part No (unkeyed) Part No (keyed-a1) per PC/104-Plus specification Part No (keyed-d30) per PC/104-Plus specification.079 [2.00] Plugged Circuit (-6 only).31 [8.00].368 [9.3].112±.013 [2.8±0.34].600 [1.24] 0.79 [2.00] Plugged Circuit (- only) 2.37 [60.30].01 [0.39] Plated Through Hole.03±.003 Dia. [0.88±0.08] 119 Plcs. Recommended PC oard Layout for Recommended PC oard Layout for Plated Through Hole.03±.003 Dia. [0.88±0.08] 119 Plcs. Note: All part numbers are RoHS compliant. Recommended PC oard Layout for

12 PC/104 and PC/104-Plus Connectors 1 Shroud, PC/104-Plus Part No Material PT, lack AMPMODU Interconnection System Accessories.440 ±.003 [11.18 ± 0.08].40 ±.010 [11.43 ± 0.2].370 [9.41].039 [1.00] 2.3 ± 0.10 [64.36 ± 0.2] 2.4 [62.34].079 [2.00].2 [6.47] 2.39 [60.76].333 [8.46] Organizer, PC/104 Part Number Material Polyester, PT, lack.19 [4.9].390 [9.90].0 [1.27] 3.21 [81.60] [1.27] 2.01 [1.11] Kit Packaging Part Numbers Part Number Component Part Number Connector Assembly Organizer Style Keyed Unkeyed Keyed Unkeyed Keyed Unkeyed Keyed Circuits Keyed Circuits Keyed Circuits Part No Part No Part No

13 AMPMODU 0/0 Grid Connector System Vertical Headers, oard-to-oard (Page 16) Right-Angle Headers, oard-to-oard (Page 19) oard-to-oard Vertical Receptacles and Headers Receptacles, Cable-to-oard, With Latch (Page 21) 2 Vertical Receptacles, oard-to-oard (Page 1) Receptacles, Cable-to-oard Without Latch (Page 21) Vertical Headers, oard-to-oard (Page 16) Vertical Headers, oard-to-oard (Page 16):.20 [6.3] Stack Height.320 [8.13] Stack Height.390 [9.91] Stack Height Vertical Receptacles, oard-to-oard (Page 1) Produced under a Quality Management System certified to ISO 9001 A copy of the certificate is available upon request. ISO 9001 Certified 13

14 oard-to-oard Vertical Receptacles and Headers oard-to-oard Vertical Receptacles and Headers 2 14 Product Facts Surface-mount products for parallel board-to-board applications, as well as right-angle board-to-board and cable-to-board applications High density.00 x.00 [1.27x1.27] centerline grid Three board-to-board stack heights:.20 [6.3],.320 [8.13] and.390 [9.91] Non-protrusive metallic holddowns Reliable dual beam receptacle contacts for redundant contact Duplex plated receptacle and post contacts; gold plated on mating areas, tin plated on tails Compatible with standard surface-mount processing (VPR and IR) Receptacle and header allow for drainage of processing fluids Tape and reel packaging available. Contact TE for details Polarized header and receptacle assemblies Sizes of 10, 20, 30, 40, 0, 60, 70, 80 and 100 positions Recognized under the Component Program of Underwriters Laboratories Inc., File No. E28476 Certified by Canadian Standards Association File No. LR7189 R R AMPMODU 0/0 Grid Vertical Headers and Receptacles are designed for parallel board-to-board stacking in high density applications. Right-angle board-to-board and cable-to-board applications are also possible, since the vertical receptacles also mate with non-latching right-angle headers (page 19) and the vertical headers also mate with non-latching cable connectors. Available are double row, vertical shrouded headers and receptacles in sizes ranging from 10 through 100 positions (in 10 position increments). Parallel board-to-board stack heights of.20 [6.3],.320 [8.13] and.390 [9.91] are achievable by selection of the appropriate header. The receptacle is the same for all three stack height headers. Non-protrusive metallic holddowns are designed for use in.062 [1.7] or thicker PC boards and allow surface mounting to both sides of the board. In addition to providing retention during processing, the holddowns are soldered during reflow and therefore provide long-term strain relief for the solder joints. AMPMODU 0/0 Grid Vertical Headers and Receptacles are designed to be compatible with standard surface-mount processes; IR (infrared) and VPR (vapor phase reflow). The surface-mount connectors have been designed so that dimensioning, tolerances, referenced datums, holddown characteristics Non-Protrusive Metallic Holddowns and packaging methods result in a system that is compatible with robotic assembly. The headers and receptacles feature polarization to prevent misalignment. Three oard Stack Heights.20±.006 [6.3±0.1 ].320±.006 [8.13±0.1].390±.006 [9.91±0.1]

15 oard-to-oard Vertical Receptacles, Double Row,.00 x.00 [1.27 x 1.27] Centerline.120 [3.0] A.028 [0.71] Vertical Receptacles, Double Row Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder tail, with entire contact underplated [ ] nickel Holddown Copper alloy; plated [ ] tin over [ ] nickel.00 [1.27].00 [1.27] Polarizing Tab (For Polarization to Mating Header).187 [4.7] 2 Related Product Data Mating Headers pages 16, 19 PC oard Layouts page 17 Performance Specifications page [1.27] Technical Documents page 24 Product Specification Application Specification Packaging: Tube or Tape and Reel No. of Pos. Dimension A Receptacle Part Numbers Tube Tape and Reel* No Hold Down w/vacuum Cover [6.7] [13.11] [19.46] [2.81] [32.16] [38.1] [44.86] [1.21] [63.91] * Parts packaged in tape and reel have vacuum pick and place cover. See PC oard Layout on page 17. 1

16 oard-to-oard Vertical Headers, Double Row,.00 x.00 [1.27 x 1.27] Centerline Vertical Headers, Double Row For.20 [6.3] Mated Height.00 [1.27].22 [.728].00 [1.27] A.22 [.71] [0.76].00 [1.27] A For.320 [8.13] Mated Height.297 [7.7] A.030 [0.76].00 [1.27] For.390 [9.91] Mated Height.367 [9.33].030 [0.76].00 [1.27] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder tail, with entire contact underplated [ ] nickel Holddown Copper alloy; plated [ ] tin over [ ] nickel Related Product Data Mating Receptacles page 1, 21 (without latch only) PC oard Layouts page 17 Performance Specifications page 24 Technical Documents page 24 Product Specification Application Specification Packaging: Tube or Tape and Reel 16 Header Part Numbers No. of Dimension.20 [6.3] Mated Height.320 [8.13] Mated Height.390 [9.91] Mated Height Pos. A Tape & Reel* Tubes Tubes Tubes Tape & Reel* Tape & Reel* Hold Down No Hold Down Hold Down No Hold Down [9.44] [1.79] [22.14] [28.49] [34.84] [41.19] [47.4] [3.89] [60.24] [66.9] *Parts packaged in tape and reel have vacuum pick and place cover. See PC oard Layout on page 17.

17 Recommended PC oard Layouts for Vertical Connectors Headers.029 [0.74] Spaces at.00 [1.27] = C.00 [1.27].162 [4.11].010 [0.2] 4 Plc. Recommended PC oard Layouts.182 [4.62].091 [2.31] D Detail A.061 [1.4] C L of Pattern Detail A 2 Receptacles.029 [0.74] Spaces at.00 [1.27] = C.00 [1.27].110 [2.79].130 [3.30].06 [1.6] Detail A.060 [1.2] C L of Pattern D No. of Receptacle Dimensions Header Dimensions Pos. C D C D [.08].320 [8.12] [.08].322 [8.17] [11.43].70 [14.48] 9.40 [11.43].72 [14.2] [17.78].820 [20.83] [17.78].822 [20.87] [24.13] [27.19] [24.13] [27.22] [30.48] [33.3] [30.48] [33.7] [36.83] 1.70 [39.88] [36.83] 1.72 [39.92] [43.18] [46.23] [43.18] [46.27] [49.3] [2.8] [49.3] [2.62] [.88] [8.93] [.88] [8.97] [62.23] 2.70 [6.28] [62.23] 2.72 [6.32] Note: Refer to TE Customer Drawings for additional PC board layout information and dimensional tolerances. 17

18 oard-to-oard Right-Angle Headers oard-to-oard Right-Angle Headers 2 Product Facts Surface-mount products for right-angle board-to-board and cable-to-board applications Double-row, right-angle shrouded headers High density.00 x.00 [1.27 x 1.27] centerline grid Latching and non-latching versions available Non-protrusive metallic holddowns Metallic tabs, when soldered to PC board pad, provide added mechanical support Duplex plated post contacts; gold plated on mating area, tin plated on tails Compatible with standard surface-mount processing (VPR and IR) Standoffs on header housings allow for drainage of processing fluids All headers are polarized Sizes of 10, 20, 30, 40, 0, 60, 70, 80 and 100 positions Recognized under the Component Program of Underwriters R Laboratories Inc., File No. E28476 Certified by Canadian Standards Association R File No. LR7189 AMPMODU 0/0 Grid Right-Angle Headers will accommodate a variety of high density packaging applications; right-angle board-to-board applications when mated with vertical receptacles (page 1) and right-angle cable-to-board applications when mated with cable connectors (page 21). The small.00 x.00 [1.27 x 1.27] centerline contact spacing allows efficient use of the PC board area. Mechanical support of the headers to the PC board is provided by non-protrusive metallic holddowns designed for.062 [1.7] or thicker PC boards. These holddowns are of the same design as those used in the vertical headers (page 16) and receptacles (page 1). There are also metallic tabs that are soldered to the surfaces of the PC board pads for added support. AMPMODU 0/0 Grid Right-Angle Headers are available in double-row, in either latching or nonlatching versions, and in sizes ranging from 10 through 100 positions (in 10 position increments). The latching version provides positive retention when mated with the latching cable connector (page 21). All headers feature polarization to help prevent misalignment during mating. 18

19 oard-to-oard Right-Angle Headers, Double Row,.00 x.00 [1.27 x 1.27] Centerline Non-Latching Header Latching Header.00 [1.27].00 [1.27] A.213 [.41].32 [8.94].00 [1.27] Right-Angle Headers, Double Row, Latching and Non-Latching [10.92] Material and Finish Housing Liquid crystal polymer, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder tail, with entire contact underplated [ ] nickel Holddown Copper alloy; plated [ ] tin over [ ] nickel Related Product Data Mating Receptacles page 1, 21 Performance Specifications page 24 Technical Documents page 24 Product Specification Application Specification Packaging: Tube No. of Pos..340 [8.64].140 [3.6] Min Note: Refer to TE Customer Drawings for additional PC board layout information and dimensional tolerances..029 [0.74] Typ.06 [1.6] Spaces at.02 = C [0.64].08 [2.16].17 [4.4] Recommended PC oard Layout Dimensions A C D D.063 [1.7] (2 Plc).047 Dia [1.19] Plated-Thru Hole (2 Plc).30 [7.7].190 [4.83] (2 Plc).136 [3.4] (2 Plc) Header Part Numbers Latching Non-Latching [16.00] 9.22 [.72].0 [13.97] [22.3] [12.07].800 [20.32] [28.70] [18.42] 1.00 [26.67] [3.0] [24.77] [33.02] [41.40] [31.12] 1.0 [39.37] [47.7] [37.47] [4.72] [4.10] [43.82] 2.00 [2.07] [60.4] [0.17] [8.42] [73.1] [62.87] [71.12]

20 Cable-to-oard Connectors Cable-to-oard Connectors 2 Product Facts Double-row receptacle connectors provide cableto-board connection capabilities for vertical headers (non-latching) and right-angle headers (latching and non-latching) IDC (Insulation Displacement Crimp) mass termination of solid or stranded round conductor.00 [1.27] centerline ribbon cable with PVC or polyethylene insulation Accommodates ribbon cable conductor sizes of 28 AWG [ mm 2 ] and 30 AWG [0.0 mm 2 ] and insulation diameters up to.036 [0.91] maximum Reliable single beam receptacle contact design Duplex plated receptacle contacts; gold plated in mating area, tin in termination area Terminating covers (sold separately) provide both strain relief and protection to the termination area Sizes of 10, 20, 30, 40, 0, 60, 70, 80 and 100 positions Connectors available with or without metal latch Connectors without latches are polarized to help prevent mismating Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association File No. LR7189 These double-row cable connectors, with a.00 x.00 [1.27 x 1.27] centerline contact spacing, provide cable-to-board connection capabilities for the AMPMODU 0/0 Grid Connector System. Cable connectors without a latch will mate with the vertical headers (page 16), while cable connectors with or without a latch can be used to mate with the right-angle headers (page 19). The cable connectors feature reliable singlebeam IDC (insulation displacement crimp) contacts which are duplex plated with [ ] gold. These contacts can be mass terminated to either solid or stranded round conductor ribbon cable with conductor sizes of 28 AWG [ mm 2 ] and 30 AWG [0.0 mm 2 ] and a maximum insulation diameter of.036 [0.91]. During termination, the terminating covers, which must be purchased separately, assist in guiding the wire into the IDC contacts, then provide strain relief when fully seated. Actual termination is accomplished with the TE manual tooling shown on page 23. The latching version of the cable connector is equipped with a metal latch which provides positive retention of the receptacle cable connector when mated with a surfacemounted right-angle header. The cable connector without a metal latch features polarization to help prevent mismating. All connectors are available in sizes ranging from 10 through 100 positions (in 10 position increments). 20

21 Cable-to-oard Receptacle Connectors, Double Row,.00 x.00 [1.27 x 1.27] Centerline A Receptacle Connectors, Double Row, With and Without Latch Material and Finish Housing Thermoplastic, black, 94V-0 rated Latch Stainless steel Contacts Phosphor bronze; duplex plated [ ] minimum gold in mating area, [ ] minimum tin on solder tail, with entire contact underplated [ ] minimum nickel.280 [7.11].627 [1.94].690 [17.6] 2 Related Product Data Mating Headers page 16, 19 (latching) Terminating Covers (Must be Purchased Separately, 2 Required per Connector) page 22 Termination Tooling page 23 Performance Specifications page 24 D Spaces at.00 [1.27] = C.00 [1.27] Typ.120 [3.0] Technical Documents page 24 Product Specification Application Specification , Packaging: Tube.284 [7.21].00 [1.27].327 [8.31] No. of Pos. Dimensions A C D Receptacle Part Numbers With Latch Without Latch [14.68] [.08].266 [6.76] [21.03] 9.40 [11.43].16 [13.11] [27.38] [17.78].766 [19.46] [33.73] [24.13] [2.81] [40.08] [30.48] [32.16] [46.43] [36.83] 1.16 [38.1] [2.78] [43.18] [44.86] [9.13] [49.3] [1.21] [71.83] [62.23] 2.16 [63.91]

22 Terminating Covers for Cable Connectors Cable Connector Terminating Cover, Double Row 2 Material Glass-filled thermoplastic, black, 94V-0 rated A Related Product Data Connectors used with Covers page 21 Termination Tooling page [4.8] Technical Documents page 24 Product Specification Application Specification , Packaging: Plastic bag.277 [7.04] No. of Dimension Terminator Cover Pos. A Part Numbers 10.6 [14.3] [20.70] [27.0] [33.82] [39.7] [46.10] [2.4] [8.80] [71.0] Note: Terminating covers must be purchased separately, two are required for each cable connector. 22

23 The Manual Miniature Application Frame Assembly , equipped with a Cover Closing Kit , is used for the IDC termination of ribbon cable to the cable connectors shown on page 21. Prior to termination, the covers must be partially assembled onto a connector housing, the cable inserted between the covers and contacts and the covers preclosed by hand, clamping the cable in place. In the Manual Miniature Application Frame Assembly, the covers are fully seated to complete the mass termination and provide strain relief for the completed connection. Application Tooling for Cable Connectors Manual Miniature Application Frame Assembly with Cover Closing Kit IDC (Insulation Displacement Crimp) Tooling 2 For tooling information, call Technical Support Center Note: Refer to Tyco Electonics Instruction Sheets (Frame Assembly ) and (Cover Closing Kit ) for complete termination/tooling information. 23

24 Performance Specifications Performance Specifications/ Technical Documents 2 oard-to-oard Connectors, Vertical and Right-Angle Mating Force: 6.4 oz (1.78 N] max. per contact Unmating Force: 1.0 oz [0.28 N] min. per contact Durability: Tested to 200 cycles min. Current Rating: (30 C T rise):. ampere per contact Operating Temperature Range: -6 C to +10 C Termination Resistance: 16 milliohms max. (initial) Insulation Resistance: 000 megohms min. (initial) Dielectric Withstanding Voltage: 300 VAC Cable-to-oard Connectors Mating Force: 6.4 oz (1.78 N] max. per contact Unmating Force Without Latch:. oz [0.14 N] min. per contact Durability: Tested to 200 cycles min. Current Rating: (10 C T rise):. ampere per contact Operating Temperature Range: -6 C to +10 C Termination Resistance: 2 milliohms max. (initial and final) Insulation Resistance: 000 megohms min. (initial) Dielectric Withstanding Voltage: 300 VAC Technical Documents Various technical documents are available for your use: Product Specifications describe technical performance characteristics and verification tests. They are intended for the Design, Component and Quality Engineer AMPMODU 0/0 Grid Vertical oard-to-oard Connectors AMPMODU 0/0 Grid Right-Angle oard-to-oard and Cable Connectors Application Specifications describe requirements for using the product in its intended application and/or crimping information. They are intended for the Packaging and Design Engineer and the Machine Setup Person AMPMODU 0/0 Grid Connector System Instruction Sheets provide instructions for assembling or applying the product. They are intended for the Manufacturing Assembler or Operator Manual Miniature Application Frame Assembly Cover Closing Kit

25 AMPMODU System 0 Connectors AMPMODU System 0 3 The AMPMODU System 0 connector family includes a wide variety of high density board-to-board (thru-hole and surface-mount) and cable-to-board connectors. AMPMODU System 0 is composed of one- and tworow receptacles and post headers on.00 x [1.27 x 2.4] spacing between contacts for extreme density and efficient use of printed circuit board area. AMPMODU System 0 receptacles and header assemblies can be categorized in three groups: board-mount headers, board-mount receptacles and cable-to-board receptacles. Receptacle contacts and mating.01 [0.38] square posts are formed from high conductivity copper alloy and are selectively plated with gold to promote higher performance and reliability. oard-mounted thru-hole post headers and receptacle connectors are available for right-angle and vertical mating configurations. Surfacemounted connectors are available in vertical, double row styles for parallel stacking applications. Shrouded post headers provide polarization to mating cable receptacles and aid alignment of mating connectors. Unshrouded headers allow close stacking of daughter cards. Vertical stacking connectors space parallel mated boards as shown in the illustration on page 63. Housings on all boardmount assemblies are made of high temperature tolerant materials and incorporate stand-offs for free drainage of flux cleaning solutions. Cable-to-board connectors have integral latches for positive locking to shrouded mating headers (thru-hole or surface-mount). Ribbon cable connectors mass terminate 30 AWG [0.0 mm 2 ] solid and 32 AWG [0.03 mm 2 ] stranded,.02 [0.64] centerline ribbon cable with PVC insulation. Connectors for mass termination to FFC cable or flexible etched circuitry have dual beam contacts; options include shielded cable and solder tabs. oth types of cable connectors are available as component parts and as completed assemblies. The variety of components and application possibilities, combined with small size and outstanding quality, make AMPMODU System 0 suitable for high density systems. Recognized under the Component Program of Underwriters R Laboratories Inc. File No. E28476 Certified by Canadian Standards Association*, File No. LR 7189 *CSA certification pending on certain products, as noted. Dimensioning: Dimensions are in inches and millimeters. Values in brackets are metric equivalents. Metric symbols used are: mm (millimeter) cm (centimeter) m (meter) mm 2 (square millimeter) C (Celsius) N (newton) kg (kilogram) Produced under a Quality Management System certified to ISO 9001 A copy of the certificate is available upon request. R ISO 9001 Certified 2

26 Thru-Hole Headers Shrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard oard-to-oard Connectors, Thru-Hole 3 Product Facts High density; contacts spaced on.00 x [1.27 x 2.4] centers Single row; select sizes 4 thru 0 positions Double row; select sizes 10 thru 100 positions Stand-offs for ease of cleaning High temperature tolerant thermoplastic housings Shrouded and unshrouded headers available in single and double row, vertical and right-angle configurations The AMPMODU System 0 interconnection system is designed to better meet industry s need for a high density interconnect system. The oard Mounted Thru-Hole Headers are available in shrouded and unshrouded versions. They are composed of single and double row post headers with.00 x [1.27 x 2.4] spacing between contacts for extreme density and efficient use of printed circuit board area. The headers are available in 4 through 0 positions, in a single row configuration, and 10 through 100 positions, in a double row design. oard mounted post headers are available in right-angle and vertical configurations. Shrouded post headers provide polarization and alignment features for mating printed circuit boards and cable connectors, while unshrouded headers allow close stacking of daughter cards. Housings for the headers are made of black thermoplastic material with a 94V-0 rating. The housings have stand-offs for free drainage of flux cleaning solutions. 26

27 Thru-Hole Headers Shrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Single Row, Right-Angle with Solder Clips Solder Clip Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel.060 [1.2] 2 Plc. Circuit Identification Feature* Headers, Shrouded and Unshrouded 3 Related Product Data Performance Characteristics page 63 Mateable Connectors pages 38, 49 & 0 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification See Note 2. See Note 1. No. of Pos. Dimension A Part Numbers [8.38] [9.6] [10.92] [13.46] [16.00] [18.4] [22.3] [28.70] [31.24] [3.0] [38.86] [41.40] [49.02] [4.10] [60.4] [66.80] *Circuit identification feature omitted on 4, and 6 position headers. Notes: 1. Solder Clips located as shown for 10 through 30 position headers. 2. Solder Clips located as shown for 4 through 8 and 36 through 0 position headers. 27

28 Thru-Hole Headers Shrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Single Row, Vertical Headers, Shrouded and Unshrouded 3 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated.0000 [ ] nickel.060 [1.2] 2 Plc. Circuit Identification Feature* Post Length (See chart below) Related Product Data Performance Characteristics page 63 Mateable Connectors pages 38, 49 & 0 oard-to-oard Spacing page 63 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification Part Numbers No. of Dimension Post Length Pos. A.14 [3.68] [8.38] [9.6] [10.92] [13.46] [16.00] [18.4] [19.81] [22.3] [24.89] [28.70] [31.24] [3.0] [41.40] [49.02] [4.10] [66.80] *Circuit identification feature omitted on 4,, and 6 position headers. 28

29 Thru-Hole Headers Shrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Double Row, Right-Angle with Solder Clips Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel.060 [1.2] 2 Plc. Circuit Identification Feature* Solder Clip Post Length (See chart below) Headers, Shrouded and Unshrouded 3 Related Product Data Performance Characteristics page 63 Mateable Connectors pages 40, 4, 1, 2, & 6 PC oard Hole Layout page 41 See Note 2. See Note 1. Technical Documents page 64 Product Specification Application Specification Part Numbers No. of Dimension Post Length Pos. A.14 [3.68] [8.32] [9.6] [10.92] [12.19] [13.46] [16.00] [18.4] [19.81] [22.3] [24.89] [28.70] [3.0] [41.40] [46.48] [49.02] [4.10] [66.80] *Circuit identification feature omitted on 8, 10 and 12 position headers. Notes: 1. Solder Clips located as shown for 16 through 100 position headers. 2. Solder Clips located as shown for 8 through 12 and 60 through 100 position headers. 29

30 Thru-Hole Headers Shrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Double Row, Vertical Headers, Shrouded and Unshrouded 3 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contact Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ]nickel.060 [1.2] 2 Plc. Circuit Identification Feature* Related Product Data Performance Specifications page 63 Mateable Connectors pages 40, 4, 1, 2, & 6 oard-to-oard Spacing page 63 PC oard Hole Layout page 41 Post Length (See chart below) Technical Documents page 64 Product Specification Application Specification Part Numbers No. of Dimension Post Length Pos. A.14 [3.68] [9.6] [10.92] [12.19] [13.46] [16.00] [18.4] [19.81] [22.3] [24.89] [28.70] [31.24] [3.0] [41.40] [46.48] [49.02] [4.10] [66.80] *Circuit identification feature omitted on 10 and 12 position headers. 30

31 Thru-Hole Headers Shrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Double Row, Vertical With Card Slots Circuit Identification Feature.12 [3.18] Headers, Shrouded and Unshrouded Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel 3 Related Product Data Performance Specifications page 63 Mateable Connectors page 39 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification No. of Dimension Part Pos. A Numbers [10.01] [16.36] [22.71] [29.06] [3.41] [41.76] [4.46] [67.16]

32 Thru-Hole Headers Unshrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard Single Row, Right-Angle Headers, Shrouded and Unshrouded 3 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel Related Product Data Performance Characteristics page 63 Mateable Connectors pages 37, 38, 49, & 0 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification No. of Dimension Part Pos. A Numbers 4.21 [.46] [10.4] [1.62] [19.43] [21.97] [2.78] [32.13] [38.48] [39.7] [1.18]

33 Thru-Hole Headers Unshrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Single Row, Vertical.12 [3.18].01 [0.38] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel.00 [1.27] A.096 [2.44].048 [1.22] Headers, Shrouded and Unshrouded 3 Related Product Data Performance Specifications page 63 Mateable Connectors pages 37, 38, 49, & 0 oard-to-oard Spacing page 63 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification No. of Dimension Part Pos. A Numbers 4.21 [.46] [8.00] [10.4] [13.08] [2.78] [32.13]

34 Thru-Hole Headers Unshrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Double Row, Right-Angle Headers, Shrouded and Unshrouded 3 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel Related Product Data Performance Specifications page 63 Mateable Connectors pages 39, 40, 4, 1 & 2 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification No. of Dimension Part Pos. A Numbers [6.73] [13.08] [19.43] [2.78] [32.13] [38.48] [1.18] [63.88]

35 Thru-Hole Headers Unshrouded,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Double Row, Vertical.12 [3.18] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel.01 [0.38].00 [1.27].048 [1.22].196 [4.98] Headers Shrouded and Unshrouded 3 Related Product Data Performance Characteristics page 63 Mateable Connectors pages 39, 40, 4, 1, & 2 oard-to-oard Spacing page 63 PC oard Hole Layout page 42 Technical Documents page 64 Product Specification Application Specification No. of Dimension Part Pos. A Numbers 8.21 [.46] [13.08] [19.43] [23.24] [2.78] [32.13] [38.48] [1.18] [63.88]

36 Thru-Hole Receptacles,.00 x [1.27 x 2.4] Centerline, oard-to-oard Receptacles Product Facts High density; contacts spaced on.00 x [1.27 x 2.4] centers Right-angle and vertical styles Single row; select sizes thru 0 positions Double row; select sizes 10 thru 100 positions Contacts are selectively plated with gold Stand-offs for removal of solder flux 3 The AMPMODU System 0 thru-hole receptacles offer a wide variety of high density board-to-board connectors. The.00 [1.27] spacing between each contact provides an extremely dense interconnect package and results in a more efficient use of the printed circuit board space. AMPMODU System 0 thru-hole receptacles are available in right-angle and vertical configurations and are composed of single and double row versions. The single row versions are available in select sizes of thru 0 positions and double row in positions from 10 thru 100. Receptacle contacts and mating.01 [0.38] square posts are formed from high conductivity copper alloy and are selectively plated with gold for higher performance and reliability. The receptacle housings are made of black thermoplastic, with a 94V-0 rating to withstand high temperatures of reflow soldering and incorporate stand-offs for free drainage of flux cleaning solutions. 36

37 Thru-Hole Receptacles,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Single Row, Right-Angle With Solder Clips Circuit Identification Feature Receptacles Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel See Note 2. See Note 1. Solder Clip 3 Related Product Data Performance Specifications page 63 Mateable Connectors pages 32 & 33 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification No. of Dimension Part Pos. A Numbers [13.82] [20.17] [26.2] Notes: 1. Solder Clips located as shown for 10 through 2 position receptacles. 2. Solder Clips located as shown for and 2 position receptacles. 37

38 Thru-Hole Receptacles,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Single Row, Vertical Receptacles Circuit Identification Feature 3 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel Related Product Data Performance Specifications page 63 Mateable Connectors pages 27, 28, 32, & 33 oard-to-oard Spacing page 63 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification No. of Dimension Part Pos. A Numbers [13.82] [16.3] [20.17] [26.2] [39.22]

39 Thru-Hole Receptacles,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Double Row, Right-Angle Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel Circuit Identification Feature Receptacles 3 Related Product Data Performance Characteristics page 63 Mateable Connectors pages 31, 34 & 3 PC oard Hole Layout page 41 See Note 2. See Note 1. Solder Clip Technical Documents page 64 Product Specification Application Specification No. of Dimension Part Pos. A Numbers [7.47] [13.82] [20.17] [26.2] [32.87] [39.22] [1.92] [64.62] Notes: 1. Solder Clips located as shown for 20 through 100 position receptacles. 2. Solder Clips located as shown for 10, 60, 80 and 100 position receptacles. 39

40 Thru-Hole Receptacles,.00 x [1.27 x 2.4] Centerline, oard-to-oard (Continued) Double Row, Vertical Receptacles 3 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder posts, with entire contact underplated [ ] nickel Circuit Identification Feature Post Length (See chart below) Related Product Data Performance Specifications page 63 Mateable Connectors pages 29, 30, 34, 3 & 44 oard-to-oard Spacing page 63 PC oard Hole Layout page 41 Technical Documents page 64 Product Specification Application Specification Part Numbers No. of Dimension Post Length Pos. A.14 [3.68] [7.47] [13.82] [16.36] [20.17] [22.71] [26.2] [32.87] [39.22] [44.30] [1.92] [64.62]

41 Recommended PC oard Hole Layouts, Thru-Hole oard-to-oard Connectors Single Row, Right-Angle with Solder Clips Note: Consult TE for customer drawings detailing tolerances..022 Dia. [0.6] Plated-Thru Hole.037 Dia. [0.94] (Soldered mechanical solder clip) Plated-Thru Hole.33** [8.1] * This dimension is for Shrouded, Single Row Right-Angle Headers only. ** This dimension is for Single Row Right-Angle Receptacles only. PC oard Edge No. of Dimensions Pos. C D E 4.10 [3.81].07 [1.91].200 [.08] 6.20 [6.3].12 [3.18] 8.30 [8.89].17 [4.4] [11.43].30 [8.89].00 [1.27] 12.0 [13.97].40 [11.43].00 [1.27] [17.78].600 [1.24].00 [1.27] [24.13].80 [21.9].00 [1.27] [26.67].90 [24.13].00 [1.27] [30.48] 1 [27.94].00 [1.27] [34.29] 1.20 [31.7].00 [1.27].62 [1.88] [36.83] 1.30 [34.29].00 [1.27].67 [17.1] [44.4] 1.60 [41.91].00 [1.27].82 [20.96] [49.3] 1.80 [46.99].00 [1.27].92 [23.0] [.88] 2 [3.34].00 [1.27] 1.00 [26.67] [62.23] 2.30 [9.69].00 [1.27] 1.17 [29.8] PC oard Hole Layouts 3 Double Row, Right-Angle with Solder Clips Note: Consult TE for customer drawings detailing tolerances..022 Dia. [0.6] Plated-Thru Hole.037 Dia. [0.94] (Soldered mechanical solder clip) Plated-Thru Hole * This dimension is for Shrouded, Double Row Right-Angle Headers PC oard Edge only. ** This dimension is for Double Row Right-Angle Receptacles only. No. of Dimensions Pos. C D E [.08] [11.43].30 [8.89].00 [1.27] 24.0 [13.97].40 [11.43].00 [1.27] [1.24].00 [12.70].00 [1.27] [17.78].600 [1.24].00 [1.27] [20.32].700 [17.78].00 [1.27] [24.13].80 [21.9].00 [1.27] [30.48] 1 [27.94].00 [1.27] [36.83] 1.30 [34.29].00 [1.27].67 [17.1] [41.91] 1.0 [39.37].00 [1.27].77 [19.69] [44.4] 1.60 [41.91].00 [1.27].82 [20.96] [49.3] 1.80 [46.99].00 [1.27].92 [23.0] [62.23] 2.30 [9.69].00 [1.27] 1.17 [29.8] 41

42 Recommended PC oard Hole Layouts, Thru-Hole oard-to-oard Connectors (Continued) Single Row Without Solder Clips Note: Consult TE for customer drawings detailing tolerances..022 Dia. [0.6] TYP. Plated-Thru Hole PC oard Hole Layouts 3 No. of Dimension Pos [3.81].200 [.08] 6.20 [6.3] 8.30 [8.89] [11.43] 12.0 [13.97] [1.24] [17.78] No. of Dimension Pos [20.32] [24.13] [26.67] [30.48] [36.83] [38.10] [44.4] [49.3] [62.23] Double Row Without Solder Clips Note: Consult TE for customer drawings detailing tolerances..022 Dia. [0.6] TYP. Plated-Thru Hole No. of Dimension Pos [3.81] [.08] [6.3] [7.62] [8.89] [11.43] 24.0 [13.97] [1.24] [17.78] [20.32] No. of Dimension Pos [21.9] [24.13] [26.67] [30.48] [36.83] [41.91] [44.4] [49.3] [62.23] 42

43 Surface-Mount Connectors,.00 x [1.27 x 2.4] Centerline, oard-to-oard Product Facts Surface-mount option for parallel board-to-board applications; completely intermateable with AMPMODU System 0 thru-hole board-to-board and cable-to-board systems Double row, vertical, shrouded header and receptacle assemblies Available in select sizes from 10 through 100 positions High Density; contacts spaced on.00 x [1.27 x 2.4] centers; compact footprint Compatible with standard surface-mount processes Stand-offs for free drainage of flux cleaning solutions; visible solder joints for easy inspection Simple, low insertion-force holddown for process retention and long-term strain relief for solder joints Available in tape and reel packaging (with vacuum covers) for automatic placement. The high-density surfacemount connector is another mounting option in the AMPMODU System 0 connector family. This surface-mount system is fully intermateable with the AMPMODU System 0 thru-hole and cable-toboard connectors. Additionally, the design of the mating interface has not been changed, maintaining the same high reliability as the thru-hole product. The surface-mount system includes double row, vertical, shrouded header and receptacle assemblies in select sizes from 10 through 100 positions. It meets the tight dimensional requirements of surfacemount technology. The simple, low insertion-force holddown provides both processing retention and long-term strain relief for the solder joints in the headers and receptacles. oard-to-oard Connectors, Surface-Mount 3 43

44 Double Row, Vertical Surface-Mount Headers,.00 x [1.27 x 2.4] Centerline, oard-to-oard.12 [3.18].04 [1.14] Ref..344 [8.74].284 [7.21].00 [1.27].031±.010 [.79±.2] Headers 3 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy; duplex plated [ ] gold in mating area, [ ] tin on solder tail, with entire contact underplated [ ] nickel Holddown Copper alloy, plated [ ] tin over [ ] nickel.43±.007 [11.0±.18].03±.006 [1.3±0.1] A±.003 [.08].07±.010 [1.4±.2] Detail A.042±.003 [1.07± 0.08] Dia. (Plated-Thru Hole) Related Product Data Performance Characteristics page 63 Mateable Connectors pages 40, 4, 1, 2, & 6 oard-to-oard Spacing page 63 Technical Documents page 64 Product Specification Application Specification Holes for holddowns are not required for parts packaged in tape and reel. Recommended PC oard Layout No. of Dimensions Part Numbers Pos. A C D E Pkg in Pkg in Tube Tape & Reel* [9.6].200 [.08].02 [0.64] [10.92].20 [6.3] [16.00].40 [11.43].10 [3.81].10 [3.81] [18.4].0 [13.97].200 [.08].200 [.08] [22.3].700 [17.78].27 [6.99].27 [6.99] [28.70].90 [24.13].400 [10.16].400 [10.16] [3.0] [30.48].2 [13.34].2 [13.34].02 [0.64] [41.40] 1.40 [36.83].60 [16.1].60 [16.1] [4.10] 1.90 [49.3].900 [22.86].900 [22.86] [66.80] 2.40 [62.23] 1.10 [29.21] 1.10 [29.21] *Parts packaged in tape and reel are without hold downs and include a vacuum pick and place cover 44

45 Surface-Mount Receptacles,.00 x [1.27 x 2.4] Centerline, oard-to-oard Double Row, Vertical.02 [0.64] Ref..198±.002 [.03±.0].12±.008 [3.18±0.20] 2 Plc. Material and Finish A Receptacles, Surface Mount Housing Glass-filled thermpolastic, black, 94V-0 rated Contacts Phosphor bronze; duplex plated [ ] gold in mating area, [ ] tin on solder tail, with entire contact underplated [ ] nickel Holddown Copper alloy; duplex plated [ ] tin over [ ] nickel.370±.003 [9.40±0.08].00 [1.27].03±.006 [1.3±0.1] 3 Related Product Data Performance Characteristics page 63 Mateable Connectors pages 29, 30, 34, 3 & 44 oard-to-oard Spacing page 63 Technical Documents page 64 Product Specification Application Specification ±.001 Dia. (Pad) [1.6±0.03] Holes for holddowns are not required for parts packaged in tape and reel..28 [7.24] Ref..042±.003 Dia. [1.07±0.08] (Plated-Thru hole) Recommended PC oard Layout No. of Dimensions Part Numbers Pos. A C Pkg in Tube Pkg in Tape & Reel* [7.47].200 [.08].400 [10.16] [13.82].40 [11.43].60 [16.1] [16.36].0 [13.97].70 [19.0] [20.17].700 [17.78].900 [22.86] [26.2].90 [24.13] 1.10 [29.21] [32.87] [30.48] [3.6] [39.22] 1.40 [36.83] 1.60 [41.91] [1.92] 1.90 [49.3] 2.10 [4.61] [64.62] 2.40 [62.23] 2.60 [67.31] *Parts packaged in tape and reel are without hold downs and include a vacuum pick and place cover 4

46 Cable-to-oard Connectors,.00 x [1.27 x 2.4] Centerline FFC Cable Cable-to-oard Connectors, FFC Cable Product Facts Signal application only, 1. amperes maximum single circuit Single or double row connectors Terminates flexible flat conductor cable and flexible etched circuitry Shielded cable provides for customizing Center latch housing providing positive latching 3 The cable-to-board.00 [1.27] center FFC receptacle connectors are part of the AMPMODU System 0 family for terminating flexible flat conductor cable and flexible etched circuitry. The FFC receptacle uses a dual beam contact with 30 microinches of gold plating. The FFC receptacle connectors have an integral latch for positive locking to shrouded mating headers. Flexible flat conductor cable is a planar parallel conductor cable. It can be used as a one-to-one connector or as a complex harness, allowing split-outs and special routing. The cable is comprised of.026 [0.66] wide x.003 [0.08] thick conductors made of copper per QQ-C-02 and insulated with a flame retardant polyester film. The FFC contacts are available in receptacle and solder tab. Receptacle contacts are made of phosphor bronze with a finish of plated gold duplex, while the solder tab contacts are finished in a bright tin-lead overall. The complete product line provides solder tabs for board mounting at low cost and custom shielding of the cable. 46

47 Cable-to-oard Connectors,.00 x [1.27 x 2.4] Centerline FFC Cable] (Continued) Custom Designed Cable Assemblies TE can supply customized flexible flat conductor cable assemblies using the components shown on pages 48 thru 4. Typical examples of these cable assemblies are shown to the right. And, to meet the internal shielding requirements of today s complex electronic equipment, custom designed shielded FFC cable assemblies can be made to your specific specifications. Solder Tabs Single Row Receptacle Housing Double Row Receptacle Housing Flexible Flat Conductor Cable 3 FFC Cable,.00 [1.27] Centerline Solder Tabs Single Row Receptacle Housing FFC Cable,.00 [1.27] Centerline 47

48 FFC Contacts,.00 x [1.27 x 2.4] Centerline Receptacle Solder Tab D Receptacle Strip C*.72 [18.42] C* FCC Contacts Accepts.01 [0.38] Sq. Post [ ] Long.008 [0.22].016 [0.41] 3 Solder Tab Strip D Material and Finish Phosphor bronze; plated gold duplex or bright tin-lead overall (See chart.) Related Product Data Performance Characteristics page 63 Housings pages 49-2 Application Tooling page [.36] Max. Localized Plate Area 4 Technical Documents page 64 Product Specification Application Specification ±.000 [0.216±0.013] Contacts Application Tooling Type Config. Part Numbers Part No./ Dimensions Finish Machine Machine With C* D Programmer Receptacle Strip [13.21].72 [18.42] Strip [6.22] [12.19] [17.40] Solder Tab Strip [6.22].480 [12.19].68 [17.40] (120 V) (120 V) Strip [2.79].34 [8.76].0 [13.97] (240 V) (240 V) Contact Splice Strip [9.78] Receptacle Strip [13.21].72 [18.42] 1 Duplex plated [ ] gold on mating area, [0.0024] min. bright tin in crimp area, with entire contact underplated [ ] min. nickel. 2 Plated [0.0024] min. tin over [ ] min. nickel. 3 Duplex plated [ ] gold on solder tab end, [0.0024] min. bright tin in crimp area, with entire contact underplated [ ] min. nickel. 4 Plated [3.81µm] min. bright tin over [1.27µm] min. nickel. Duplex Plated [ ] gold on mating area, [0.0024] min bright tin in crimp area, with entire contact underplated [ ] min. nickel. *After cut-off from carrier strip. 48

49 Single Row Receptacle Housings,.00 x [1.27 x 2.4] Centerline, Cable-to-oard Plain Style Housings.8 [14.86] Plain Style Housings Receptacle Housings Latch Style Housings Material and Finish Housing lack thermoplastic, flame retardant, 94V-0 rated.047 [1.19] (2 Pls.).00 Typ [1.27] A.098 [2.49] 3 Related Product Data Performance Characteristics page 63 Receptacle Contacts page 48 Mateable Headers pages 27, 28, 32 & 33 Latch Style Housings Technical Documents page 64 Product Specification Application Specification [14.86].047 [1.19] (2 Pls.).294 [7.47].27 [6.98].00 Typ [1.27] A.098 [2.49] 49

50 Single Row Receptacle Housings,.00 x [1.27 x 2.4] Centerline, Cable-to-oard (Continued) Receptacle Housings 3 No. of Dimensions Part Numbers Pos. A Plain Receptacle Housing Latch Style Receptacle Housing 4.10 [3.18].244 [6.20] [.08].294 [7.47] [6.3].344 [8.74] [7.62].394 [10.01] [8.89].444 [11.28] [11.43].44 [13.82] [13.97].644 [16.36] [1.24].694 [17.63] [17.78].794 [20.17] [19.0].844 [21.44] [20.32].894 [22.71] [24.13] [26.2] [26.67] [29.06] [30.48] [32.87] [31.7] [34.11] [34.29] [36.6] [36.83] 1.44 [39.22] [44.4] [46.84] [49.3] [1.92] [.88] [8.27] [62.23] 2.44 [64.62] Note: Other sizes of receptacle housings (plain and latch style) can be made available, consult TE. Plain Housing, Stacked End-to-End (See Notes 1 & 2 below.) Latch Style Housing Plain Housings, Stacked Side-to-Side (See Note 1 below.) Post Removed AMPMODU System 0 Header, Shrouded (Right-Angle Post shown for ref. only.) AMPMODU System 0 Header, Unshrouded (Straight Post shown for ref. only.) Notes: 1. Plain housings are side-to-side stackable on either straight or right-angle posted, unshrouded AMPMODU System 0 headers. Notes: 2. For end-to-end stacking, the posts located between the adjoining housings must be removed to provide housing end clearance. Typical Cable-to-oard Application of Plain Receptacle Housing Typical Cable-to-oard Application of Latch Style Receptacle Housing 0

51 Double Row Receptacle Housings,.00 x [1.27 x 2.4] Centerline, Cable-to-oard Plain Style Housings.8 [14.86] Plain Style Housings Plain Receptacle Housings.047 [1.19] (2 Plc.) Latch Style Housings.00 Typ [1.27] A.198 [.03] 3 Material lack thermoplastic, flame retardant, 94V-0 rated Related Product Data Performance Characteristics page 63 Receptacle Contacts page 48 Mateable Headers pages 29, 30, 34, 3, & 44 Latch Style Housings Technical Documents page 64 Product Specification Application Specification [1.19] (2 Plc.).198 [.03].37 [9.3].8 [14.86].00 Typ [1.27] A Latch 1

52 Double Row Receptacle Housings,.00 x [1.27 x 2.4] Centerline, Cable-to-oard (Continued) Receptacle Housings 3 No. of Dimensions Plain Housing Latch Style Housing Pos. A Part Numbers Part Numbers 8.10 [3.81].247 [6.27] [.08].297 [7.4] [6.3].374 [8.81] [7.62].397 [10.08] [.889].447 [11.3] [11.43].47 [13.89] [13.97].647 [16.43] [1.24].697 [17.7] [17.78].797 [20.24] [20.32].897 [22.78] [24.13] [26.9] [26.67] [29.13] [30.48] [39.94] [36.83] 1.47 [39.29] [44.4] [46.91] [49.3] [1.99] [62.23] 2.47 [64.69] Note: Other sizes of receptacle housings, up to 120 positions, can be made available, consult TE. Plain Housing, Stacked End-to-End (See Notes 1 & 2 below.) Latch Style Housing (Shown) Post Removed AMPMODU System 0 Header, Unshrouded (Straight Post shown for ref. only.) Notes: 1. Plain housings are end-to-end stackable on either straight or right-angle posted, unshrouded AMPMODU System 0 headers. Notes: 2. For end-to-end stacking, the two posts located between the adjoining housings must be removed to provide housing end clearance. Typical Cable-to-oard Application of Plain Receptacle Housing Typical Cable-to-oard Application of Latch Style Receptacle Housing AMPMODU System 0 Header, Shrouded (Right-Angle Post shown for ref. only.) 2

53 ZIF-Line Connectors,.00 x [1.27 x 2.4] Centerline, Cable-to-oard Vertical Cable Entry Pos. 1 Identification.040 [1.02].240 [6.10].020 [0.08].240 [6.10] A.1 [3.94].00 [1.27] Material and Finish Housing and Cover lack thermoplastic, flame retardant, 94V-0 rated Contacts Phosphor bronze, plated [ ] min. bright tin over [ ] min. nickel on entire contact Performance Characteristic Contact Current Rating 1 ampere 1 ampere rating is for single circuit. Multiple circuits, ambient temperature and conductor size affect current carrying capacity..010 [0.2].00 Typ [1.27] Note: ZIF-Line connector illustrated above with cover in closed position..310 [7.87].10 [2.67] ** Dia. Typ.00±.002* Typ Dia. [1.27±0.0] Pos. 1 Dia. Typ.031±.003 Dia. [0.79±0.08] Recommended Mounting Hole Pattern ±.002 [2.4±0.0] **±.002 [±0.0] tolerance not to accumulate within one mounting hole pattern. **This mounting hole required for even-numbered connector sizes only. ZIF-Line Connectors 3 Related Product Data FFC Cable (with Tin-Plated Prepared Ends) Consult TE..210 Typ [.33] Min. Technical Documents page 64 Product Specification Application Specification FFC Cable or Flexible Etched Circuitry with Prepared Ends* [ ] Thk. ZIF-Line Connector (Cover Open) ZIF-Line Connector (Termination Completed with Cable Inserted and Cover Closed) *FFC cable with tin-plated prepared ends can be made available, consult TE. Note: Special preparation of cable is required, refer to TE Application Specification No Typical Flexible Flat Conductor Cable-to-oard Application 3

54 ZIF-Line Connectors,.00 x [1.27 x 2.4] Centerline, Cable-to-oard (Continued) ZIF-Line Connectors 3 No. of Dimensions Connector Part Pos. A Numbers.470 [11.94].410 [10.41] [13.21].460 [11.68] [14.48].10 [12.9] [1.7].60 [14.22] [17.02].610 [1.49] [18.29].660 [16.76] [19.6].710 [18.03] [20.83].760 [19.30] [22.10].810 [20.7] [23.37].860 [21.84] [24.64].910 [23.11] [2.91].960 [24.38] [27.18] [2.6] [28.4] [26.92] [29.72] [28.19] [30.99] [29.46] [32.26] [30.73] [33.3] [32.00] [34.80] [33.27] [36.07] [34.4] [37.34] [3.81] [38.61] [37.08] [39.88] 1.10 [38.3] [41.1] 1.60 [39.62] [42.42] [40.89] [43.69] [42.16] No. of Dimensions Connector Part Pos. A Numbers [44.96] [43.43] [46.23] [44.70] [47.0] [4.97] [48.77] [47.24] [0.04] [48.1] [1.31] [49.78] [2.8] [1.0] [3.8] [2.32] [.12] [3.9] [6.39] [4.86] [7.66] [6.13] [8.93] [7.40] [60.20] [8.67] [61.47] [9.94] [62.74] [61.21] [64.01] [62.48] [6.28] 2.10 [63.7] [66.] 2.60 [6.02] [67.82] [66.29] [69.09] [67.6] [70.36] [68.83] [71.63] [70.10] [72.90] [71.37] [74.17] [72.64] [7.44] [73.91]

55 Cable-to-oard Connectors,.00 x [1.27 x 2.4] Centerline, Ribbon Cable, System 0 Product Facts Preassembled housing and cover One step termination End and daisy chain termination Positive end latching of connector to shrouded headers Terminates 30 AWG [0.0 mm 2 ] solid or stranded and 32 AWG [0.03 mm 2 ]* stranded.02 [0.64] centerline ribbon cable with PVC insulation 0. ampere current rating (limited bycable) Cable-to-oard Connectors, Ribbon Cable 3 The AMP-LATCH System 0 Ribbon Cable connector is a receptacle connector that will terminate ribbon cable on.02 [0.64] centerlines. It is available in select sizes from 10 to 100 positions and will accommodate 30 AWG [0.0 mm 2 ] solid or stranded and 32 AWG [0.03 mm 2 ] stranded conductors, with PVC cable insulation. The housing and cover (black) have a 94V-0 rating. A copper alloy single mating beam contact provides the interconnect between the conductor and the.01 [0.38] square posts on the.00 x [1.27 x 2.4] grid. The contacts are plated with 30 gold duplex plating. The latching feature is located on the receptacle, not the header, and saves board space and eliminates future problems of latch height compatibility.

56 Double Row Receptacles,.00 x [1.27 x 2.4] Centerline, Cable-to-oard, Ribbon Cable, System 0.24 [6.4].228 [.79] Ribbon Cable Receptacles 3 Material and Finish Housing lack thermoplastic, 94V-0 rated Latches Stainless steel Contacts Copper alloy, plated gold over nickel with tin in termination area Related Product Data Performance Characteristics page 63 Mateable Headers pages 29, 30, 34, 3 & 44 Application Tooling page Mates with Posts.01 [0.38] square,.12 [3.18] long, on.00 x [1.27 x 2.4] grid Technical Documents page 64 Product Specification Application Specification [1.37].430 [10.92].33 [8.1] Position #1 Indicator A C F.102 [2.9] E D Cover Latch Contact Housing.00 [1.27].228 [.80].198 [.03].246 [6.2].80 [14.73] efore Termination 6 No. of Dimensions Part Pos. A C D E F Numbers [12.9].44 [11.30].22 [.72].200 [.08].096 [2.44].294 [7.47] [1.49].4 [13.84].32 [8.26].300 [7.62].146 [3.71].394 [10.01] [16.76].9 [1.11].37 [9.2].30 [8.89].171 [4.34].444 [11.28] [19.30].69 [17.6].47 [12.07].40 [11.43].221 [.61].44 [13.82] [20.32].79 [20.19].7 [14.61].0 [13.97].271 [6.88].644 [16.36] [23.11].84 [21.46].62 [1.88].600 [1.24].296 [7.2].694 [17.63] [2.6].94 [24.00].72 [18.42].700 [17.78].346 [8.79].794 [20.17] [28.19] 1.04 [26.4].82 [20.96].800 [20.32].396 [10.06].894 [22.71] [32.00] 1.19 [30.3].97 [34.4].90 [24.13].471 [11.96] [26.2] [34.4] 1.29 [32.89] 1.07 [27.31] 1.00 [26.67].21 [13.23] [29.06] [38.3] 1.44 [36.70] 1.22 [31.12] [30.48].96 [1.14] [32.87] [44.70] 1.69 [43.0] 1.47 [37.47] 1.40 [36.83].721 [18.31] 1.44 [39.22] [47.24] 1.79 [4.9] 1.7 [40.00] 1.0 [39.37].771 [19.8] [41.76] [49.78] 1.89 [48.13] 1.67 [42.] 1.60 [41.91].821 [20.8] [44.30] [2.32] 1.99 [0.67] 1.77 [4.08] 1.70 [44.4].871 [22.12] [46.84] [7.40] 2.19 [.7] 1.97 [0.17] 1.90 [49.3].971 [24.66] [1.92] [70.10] 2.69 [68.4] 2.47 [62.87] 2.40 [62.23] [31.01] 2.44 [64.62]

57 Paddleboard Receptacles,.00 x [1.27 x 2.4] Centerline, Cable-to-oard, Ribbon Cable, System 0.00 [1.27].168 [4.27].340 [8.64] (Unterminated) Material and Finish Housing lack LCP thermoplastic, 94V-0 rated Cover lack polyester, 94V-0 rated Contacts Copper alloy, plated [ ] bright tin over [ ] nickel.04 [1.19] Ref [0.61] [1.27] A.020 [0.1].040 [1.02].273 [6.93] (Terminated).008 [0.20].118 [3.00].304 [7.72].07 [1.91].030 [0.76] Standoffs (Various Locations) Paddleboard Receptacles 3 Related Product Data Performance Characteristics page 63 Application Tooling pages Position 1 Indicator Technical Documents page 64 Product Specification Application Specification [7.72].00 [1.27].031 [0.79].304 [7.72].00 [1.27].031 [0.79].07 [1.91] Recommended PC oard Layout 1.07 [1.91] Recommended PC oard Layout 2 No. of PC Hole Dimensions Pos. Layout A Part Numbers [11.07].200 [.08] [13.61].300 [7.62] [14.88].30 [8.89] [17.42].40 [11.43] [19.96].0 [13.97] [21.23].600 [1.24] [22.0].60 [16.1] [23.77].700 [17.78] [26.31].800 [20.32] [30.12].90 [24.13] No. of PC Hole Dimensions Pos. Layout A Part Numbers [32.66] 1.00 [26.67] [33.93] 1 [27.94] [36.47] [30.48] [42.82] 1.40 [36.83] [4.36] 1.0 [39.37] [47.90] 1.60 [41.91] [0.44] 1.70 [44.4] [.2] 1.90 [49.3] [68.22] 2.40 [62.23]

58 Flat Ribbon Cable 3 30 AWG [0.0 mm 2 ], Solid are Copper Product Specifications Voltage 10 Volts Impedance 80 Ohms Nominal (GND,SIG, GND, applies to 30AWG Solid are Copper) Capacitance 19.2 pf/ft at 1 MHz nom. Propagation Delay 1.1 ns/ft nom. Crosstalk 10 ft sample ns rise time: Near End 4.0% max. Far End 6.0% max. UL Listing STYLE 2678 Recognized under the Component Program of Underwriters Laboratories Inc., File No. E3793 Certified by Canadian Standards Association, (CSA File No. LL83498) R R Flat Ribbon Cable, PVC Insulation 30 AWG [0.0 mm 2 ] Solid are Copper Red Edge Mark for orientation.012 [0.318].02 [0.63] Part Numbers No. of Dimensions Conductors Length Per Reel* A 100 ft. [30.48 m] 00 ft. [12.4 m] [9.2].400 [10.16] [12.07].00 [12.70] [14.61].600 [1.24] [1.88].60 [16.1] [17.14].700 [17.78] [18.42].70 [19.0] [20.9].80 [21.9] [22.23].900 [22.86] [24.77] [2.40] [27.31] 1 [27.94] [27.94] 1.20 [31.7] [37.47] 1.00 [38.10] [42.] [43.18] [4.09] [4.72] [0.17] [0.80] [62.87] 2.00 [63.0] *Reel may contain separate lengths, 20 ft. [6.1 m] min. per length. A.006 [0.12] Minimum Insulation Thickness Temperature Rating - 20 C to +10 C.02 [0.63] Insulation Gray Flame Retardant Flexible PVC Flammability UL: VW1 Electrical Characteristics of.02 [0.64] Centerline IDC Ribbon Cable ase Impedance Capacitance Inductance Nominal NEXT FEXT Part No. Insulation AWG Voltage Single Ended Nominal Nominal Prop. 10 Ft 10 Ft G-S-G G-S-G Delay ns Rise Time ns Rise Time 7013 PVC 30 Solid 10 Vac 80 Ohms Nom 19.2 pf/ft.160 mh/ft 1.1 ns/ft 4.0% Max 6.0% Max 21904, TPE 30 Solid 10 Vac 90+/- 6 Ohms 1.3 pf/ft.124 mh/ft ns/ft 2.39% Nom 2.99% Nom 7119, 7139, 714 FEP 30 Solid 300 Vac 93 Ohms Nom 13.6 pf/ft.120 mn/ft 1.34 ns/ft 2.6% Nom 2.8% Nom 7131 PVC 30 Stranded 10 VAC 66 Ohms Nom 23.0 pf/ft mh/ft 1. ns/ft 2.8% Max 4.% Max 2190 TPE 30 Stranded 10 VAC 78 Ohms Nom 19.4 pf/ft.118 mh/ft 1.10 ns/fr 1.37% Nom 2.37% Nom 7288, 7289, 7290 FEP 30 Stranded 300 Vac 8 Ohms Nom 1.4 pf/ft.110 mh/ft 1.36 ns/ft 2.% Nom 2.8% Nom TPE 31 Stranded 10 Vac 90+/- 6 Ohms 1.4 pf/ft.12 mh/ft 1.27 ns/ft 1.97% Nom 2.1% Nom 7038 PVC 32 Stranded 10 Vac 80 Ohms Nom 19.2 pf/ft.147 mh/ft 1.1 ns/ft 4.0% Max 6.0% Max TPE 32 Stranded 10 Vac 104 Ohms Nom 12.8 pf/ft.138 mh/ft ns/ft 2.10% Nom 2.7% Nom 7118, 7138, 7144 FEP 32 Stranded 300 Vac 10 Ohms Nom 13.0 pf/ft.120 mh/ft 1.36 ns/ft 2.6% Nom 2.8% Nom 8

59 30 AWG 7/38 Stranded Tinned Copper For use with: AMP-LATCH System 0, AMPLIMITE.00 Series and AMPMODU System 0 Connectors Compatible with: AMP R-CAM Ribbon Cable Assembly Machine Product Specifications Voltage Rating 10 Volts Impedance 66 ohms (GND, SIG, GND) Capacitance 23 pf/ft. at 1 KHz Propagation Delay 1. ns/ft. [.6 ns/m] Crosstalk 10 Ft. sample ns rise time Near End 2.8% max Near End 4.% max UL AWM Style 2678 R R Certified Centerline IDC Ribbon Cable, PVC Insulation 30 AWG 7/38 Stranded Tinned Copper.012 [0.318].02 TYP [0.63] A.006 [0.12] Minimum Insulation Thickness Edge Mark PVC Insulation.027 [0.686] Part Numbers No. of Dimensions Conductors Length Per Reel A 100 ft. [30. m] 00 ft. [12.4 m] [12.07].00 [12.70] [24.77] [2.40] [31.12] 1.20 [31.7] [42.] [43.18] [0.17] [0.80] [62.87] 2.00 [63.0] Flat Ribbon Cable 3 9

60 Application Tooling for Flexible Film Contacts Hand Crimping Tool Assemblies (for repair purposes) Flexible Film Termination Machine (Terminates Continuous Strip Contacts Sequentially) Application Tooling 3 Part No for C L Multi-Crimp Contacts ( ) Extraction Tools for CL Contacts Tool No * for Receptacle Housings with Side Locking Lance Slot ( ) Tool No * for Receptacle and Pin Housings with End Locking Lance Slot ( ) *Consult TE for specific dash nos. For tooling information, contact the Technical Support Center: The flexible film semiautomatic bench machine for terminating.00 [1.27] and centerline flexible flat conductor cable (FFC), flexible etched circuitry (FEC), and flexible printed wiring (FPW) with AMP FFC reel-mounted contacts. For each cable or circuitry, the contacts are automatically applied one-at-a-time in a straight sequence. To skip positions, an optional programmer control box is available. Crimp height is easily adjustable in.0002 [.001] increments. Termination rates up to 200 contacts per minute. Machine Part Numbers Description Machine Machine With Programmer* C L, Multi-Crimp, 120 V C L, Multi-Crimp, 240 V C L, ARINC, 120 V [1.27] C L, Multi-Crimp, 120 V [1.27] C L, Multi-Crimp, 240 V *The Programmer Kit (Part No ) may be purchased with a new machine, or separately for adding onto an existing machine. Technical Documents Customer Manuals (Part Numbers and ) Programmer Kit (Part Number ) Specifications Width 20. [20] Depth 27. [700] Height 18 [460] (with reel support) Reel Size 24 [610] (max.) Weight 100 lb. [4.4 kg] Electrical Source 120 VAC, 0/60 Hz, 7.0 A; 240 VAC, 0/60 Hz, 3. A 60

61 Application Tooling for Compliant Pin Connectors ASG Servo Electric Presses for Compliant Pin Connectors TE offers the ASG line of servo electric presses for the application of compliant pin products. Systems are available in a wide range of pressing forces, board size capabilities and automation levels to meet almost any applications requirements. Each system utilizes a servo electric motor with PC control. Coupled with force and distance monitoring and control, the entire line provides 100% quality assurance in real-time with SPC data collection capabilities. Automatic set up and a graphical operator interface help provide intuitive operation to help reduce common and costly operator errors. Press Force Monitoring for Scrap Avoidance Every TE ASG servo press utilizes real-time force and distance monitoring and control. This allows the press to identify an error and react throughout the press stroke. Common problems such as PC holes above\below specification and sometimes bent pins can be detected by monitoring both minimum and maximum force parameters. Common operator error such as improperly placed connectors, missing\incorrect connector or tooling can also be found by monitoring premature or missing force parameters. In each case, the system can stop during the press cycle to avoid costly scrap and rework. Application Tooling 3 Product Line Overview MEP MEP AEP 6T AEP 12T System Type enchtop Semi-Automatic Press Stand-Alone Semi-Automatic Press Stand-Alone Automatic Press Stand-Alone or Inline Automatic Press Force Capability Up to Tons [44 kn] Up to 12 Tons [107 kn] Up to 6 Tons [3 kn] Up to 12 Tons [107 kn] oard Size Capability Up to 18" x 24" [460x610 mm] Up to 30" x 36" [760x91 mm] Up to 30" x 36" [760x91 mm] Up to 36" x 48" [91x1220 mm] Please contact the Tyco Tooling Assistance Center at for help with choosing the correct press and tooling to meet your application needs. See Catalog for more information on this equipment. 61

62 Application Tooling for Ribbon Cable Connectors Application Tooling These application tools are designed for one-step termination of ribbon cable connectors to planar, ground plane and shielded/jacketed ribbon cable on.02 [0.64] centers. A complete set of tooling consists of an Arbor Tool (manual, Part No or pneumatic, Part No ), a ase Assembly, Part No and a Connector Specific Kit, Part No (receptacle). Pneumatic Auto-Cycle Tool Part No Manual Arbor Tool Part No Technical Documents Instruction Sheets Manual Arbor Frame Assembly Pneumatic Auto-Cycle Assembly Universal ase Assembly, Arbor Tool Connector Specific Kit for Receptacle Connectors (.02 [0.64] Centerline Cable) Connector Specific Kit for Paddleboard Connectors (.02 [0.64] Centerline Cable) Note: Tooling is available for other manufacturers manual arbor tools. For information contact the TE Technical Support Center:

63 Performance Specifications oard-to-oard Spacing for Thru-Hole and Surface-Mount Connector Combinations Thru-Hole Receptacle Thru-Hole Header (Single and Double Row, Shrouded and Unshrouded) Thru-Hole Receptacle Surface-Mount Header (Double Row, Shrouded) Surface-Mount Receptacle Thru-Hole Header (Double Row, Shrouded and Unshrouded) Surface-Mount Receptacle Surface-Mount Header (Double Row, Shrouded) Performance Characteristics 3 Need more information? Call the Technical Support Center: The Technical Support Center is staffed with specialists well versed in all TE products. The Center can provide you with: Technical Support Catalogs Technical Documents Product Samples TE Authorized Distributor Locations Performance Specifications oard-to-oard, oard-to-oard, Cable-to-oard, Description Thru-Hole Surface-Mount, Cable-to-oard,.02 [0.64] Centerline Headers and Headers and.00 [1.27] Centerline Ribbon Cable Receptacles Receptacles FFC Cable Receptacles Receptacles Size Range-Single Row 4 thru 0 4 thru 0 Double Row 10 thru thru thru thru 100 Current Rating (per contact) 1.0 amperes 1.0 amperes 1. amperes 0. amperes Dielectric Withstanding Voltage 00 VAC 00 VAC 300 VAC 200 VAC Insulation Resistance,000 Megohms,000 Megohms,000 Megohms,000 Megohms Durability (tested to) 200 Cycles 200 Cycles 200 Cycles 10 Cycles Mating Force (per contact) oz. [1.38 N] Max. oz. [1.38 N] Max. 8 oz. [2.22 N] Max. 4 oz. [1.11 N] Max. Unmating Force (per contact) 0.8 oz. [0.22 N] Min. 0.8 oz. [0.22 N] Min. 1.0 oz. [0.27 N] Min. *0. oz. [0.13 N] Min. Operating Temperature -6 C to +10 C -6 C to +10 C - C to +10 C -6 C to +10 C *With latches depressed. 63

64 Technical Documents The following is a list of technical documents covering the application, performance and maintenance of AMPMODU System 0 connectors. Technical Documents 3 Product Specifications describe technical performance characteristics and verification tests. They are intended for the Design, Component and Quality Engineer AMPMODU System 0 Interconnection System, oard-to-oard AMPLATCH System 0 Receptacle and Paddleboard Connector Connector System,.00 [1.27] Centerline FFC Cable Connector, ZIF-Line Shielded Flexible Flat Conductor Cable Flexible Flat Conductor Cable Application Specifications describe requirements for using the product in its intended application and/or crimping information. They are intended for the Packaging and Design Engineer and the Machine Setup Person Multiple Crimp Contact for.00 [1.27] Centerline FFC and FEC Cable AMP ZIF-Line 0 & 100 PC Connectors AMPMODU System 0 Ribbon Cable Connectors AMPMODU System 0 Thru-Hole Connectors AMPMODU Surface-Mount Connectors AMPMODU System 0 Paddleboard Connectors Instruction Sheets provide instructions for assembling or applying the product. They are intended for the Manufacturing Assembler or Operator Pneumatic Arbor Tool, Part Number (Auto-Cycle) Extraction Tool, Part Number Pneumatic Arbor Tool, Part Number Manual Arbor Tool, Part Number Extraction Tool, Part Number Universal ase Assembly, Arbor Tool, Part Number Connector Specific Kit, Part Number , AMPMODU System 0 Receptacle Connectors (.02 [0.64] Centerline Cable) Connector Specific Kit, Part Number , AMPMODU System 0 Paddleboard Connectors (.02 [0.64] Centerline Cable) Hand Crimping Tool Assembly, Part Number FFC Contact Positioning Hand Tool Kit, Part Number

65 METRIC Dimensions are millimeters over inches AMPMODU 2mm Connectors (oard to oard) Product Facts 2.0 x 2.0 [.08 x.08] centerline spacing Two-piece, double-row connector system Unshrouded header styles include; breakaway and surface-mount All headers with 0. [.02] square posted contacts Surface-mount connectors compatible with standard surface-mount processing (VPR, IR) Closed top-entry receptacle assemblies include; vertical mount and right-angle Receptacle contacts employ dual cantilever beams for two-point electrical stability Duplex (gold/tin-lead) plated posted contacts and receptacle contacts Thermoplastic housing material, UL 94V-0 rated Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards Association, R File No. LR7189 Produced under a Quality Management System certified to ISO 9001 A copy of the certificate is available upon request. ISO 9001 Certified AMPMODU 2mm connectors reliably and economically meet the packaging and inter-connection requirements of today s miniature sophisticated electronics. They are ideal for mobile and portable personal computers and disk drive applications. In today s marketplace, 2mm is expanding over many other industry segments due to space constraints. This versatile doublerow connector system is comprised of various straight and right-angle posted headers for thru-hole and surface mounting and several closed top-entry receptacle assemblies for vertical and horizontal mounting. Headers and receptacle assemblies are available in selected sizes ranging from 4 through 80 positions. Thru-hole breakaway headers feature brass straight or right-angle posts with a post length of 4.0 [.16] and a lead length of 2.6 [.10]. The receptacle assemblies employ phosphor bronze contacts with dual cantilever beams and built-in anti-overstress. This feature, coupled with duplex (gold/tin-lead) plating of the header posts and receptacle contacts, provide superior electrical performance as well as excellent solderability. AMPMODU 2mm Connectors (oard-to-oard) 4 6

66 METRIC Dimensions are millimeters over inches 0. [.02] Square Straight Posts 2mm Headers, Unshrouded, Double Row, Thru-Hole, Vertical Mount 4.00±0.1 [.17±.006] 2.00 [.079] TYP 2.00±0.1 [.079±.006] TYP Material and Finish Housing lack thermoplastic, UL 94V-O Rated Posted Contacts Copper alloy, duplex plated as follows: [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00000] min. nickel ±0.10 [±.004] A ±0.0 [±0.02] 2.00±0.1 [.079±.006] 1.0±0.1 [.09±.006] 2.00±0.1 [.079±.006] 0.80 [.031] DIA TYP Recommended Solder Pad Layout 4.00±0.1 [.17±.006] reakaway Headers, Unshrouded, Double Row, Thru-Hole Mount 4 66 Related Product Data Mateable Receptacles pages Product Specification Packaging Method Loose piece, bag Note: All part numbers are RoHS compliant. 0.0±0.02 [.02±.001] DIA TYP 2.60±0.02 [.102±.001] Position Part Numbers Dimensions Reflow A 240 C 26 C [.16] 2.0 [.08] [.24] 4.0 [.16] [.32] 6.0 [.24] [.39] 8.0 [.32] [.47] 10.0 [.39] [.] 12.0 [.47] [.63] 14.0 [.] [.71] 16.0 [.63] [.79] 18.0 [.71] [.87] 20.0 [.79] [.94] 22.0 [.87] [1.02] 24.0 [.94] [1.10] 26.0 [1.02] [1.18] 28.0 [1.10] [1.26] 30.0 [1.18] [1.34] 32.0 [1.26] [1.42] 34.0 [1.34] [1.0] 36.0 [1.42] [1.7] 38.0 [1.0] [1.6] 40.0 [1.7] [1.73] 42.0 [1.6] [1.81] 44.0 [1.73] [1.89] 46.0 [1.81] [1.97] 48.0 [1.89] [2.0] 0.0 [1.97] [2.13] 2.0 [2.0] [2.20] 4.0 [2.13] [2.28] 6.0 [2.20] [2.36] 8.0 [2.28] [2.44] 60.0 [2.36] [2.2] 62.0 [2.44] [2.60] 64.0 [2.2] [2.68] 66.0 [2.60] [2.76] 68.0 [2.68] [2.83] 70.0 [2.76] [2.91] 72.0 [2.83] [2.99] 74.0 [2.91] [3.07] 76.0 [2.99] [3.1] 78.0 [3.07]

67 METRIC Dimensions are millimeters over inches 2mm Headers, Unshrouded, Double Row, Thru-Hole, Right-Angle Mount 0. [.02] Square Straight Posts 4.00±0.1 [.17±.006] 2.00 [.079] TYP 2.00±0.1 [.079±.006] TYP Material and Finish Housing lack thermoplastic, UL 94V-O Rated, 26 C Process Capable Posted Contacts Copper alloy, duplex plated as follows: [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00000] min. nickel 2.00±0.1 [.079±.006] A ±0.0 [±0.02] ±0.10 [±.004] 2.60±0.02 [.102±.001] 4.00±0.20 [.17±.008] 0.80 [.031] DIA TYP Recommended Solder Pad Layout 1.7±0.1 [.069±.006] 2.00±0.1 [.079±.006] 1.0±0.1 [.09±.006] Related Product Data Mateable Receptacles pages Product Specification Packaging Method Loose piece, bag Note: All part numbers are RoHS compliant. 0.0±0.02 [.02±.001] DIA TYP 2.00±0.20 [.079±.008] Position Dimensions A Part Numbers [0.16] 2.0 [0.08] [0.24] 4.0 [0.16] [0.31] 6.0 [0.24] [0.39] 8.0 [0.31] [0.47] 10.0 [0.39] [0.] 12.0 [0.47] [0.63] 14.0 [0.] [0.71] 16.0 [0.63] [0.79] 18.0 [0.71] [0.87] 20.0 [0.79] [0.94] 22.0 [0.87] [1.02] 24.0 [0.94] [1.10] 26.0 [1.02] [1.18] 28.0 [1.10] [1.26] 30.0 [1.18] [1.34] 32.0 [1.26] [1.42] 34.0 [1.34] [1.0] 36.0 [1.42] [1.7] 38.0 [1.0] [1.6] 40.0 [1.7] [1.73] 42.0 [1.6] [1.81] 44.0 [1.73] [1.89] 46.0 [1.81] [1.97] 48.0 [1.89] [2.0] 0.0 [1.97] [2.13] 2.0 [2.0] [2.20] 4.0 [2.13] [2.28] 6.0 [2.20] [2.36] 8.0 [2.28] [2.44] 60.0 [2.36] [2.2] 62.0 [2.44] [2.60] 64.0 [2.2] [2.68] 66.0 [2.60] [2.76] 68.0 [2.68] [2.83] 70.0 [2.76] [2.91] 72.0 [2.83] [2.99] 74.0 [2.91] [3.07] 76.0 [2.99] [3.1] 78.0 [3.07] AMPMODU.02 Square Interconnection System 4 67

68 METRIC Dimensions are millimeters over inches 2mm reakaway Headers, Unshrouded, Double Row, Thru-Hole, Right-Angle Mount 0. [.02] Square Right-Angle Posts TYP reakaway Headers, Unshrouded, Double Row, Thru-Hole Mount 4 Material and Finish Housing lack thermoplastic, UL 94V-0 rated Posted Contacts rass, duplex plated as follows: A [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00001] min. nickel [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00001] min. nickel Related Product Data Mateable Receptacles pages Product Specification Packaging Method Loose piece, bag TYP 2.0±0.08* [.08±.003] TYP DIA TYP 0. [.02] DIA TYP 0. [.02] TYP TYP L Tin-Lead Plated Area DIA TYP Recommended PC oard Hole Layout * Hole centerline to be 2.0±0.08 [.08±.003]; tolerances not to accumulate within one connector pattern. DIA TYP 68 No. Contact Plating Dimensions of Lead Length L = 2.6[.10]** Positions A A [0.16] 2.0 [0.08] [0.24] 4.0 [0.16] [0.31] 6.0 [0.24] [0.39] 8.0 [0.31] [0.47] 10.0 [0.39] [0.] 12.0 [0.47] [0.63] 14.0 [0.] [0.71] 16.0 [0.63] [0.79] 18.0 [0.71] [0.87] 20.0 [0.79] [1.02] 24.0 [0.94] [1.18] 28.0 [1.10] [1.26] 30.0 [1.18] [1.34] 32.0 [1.26] [1.42] 34.0 [1.34] [1.0] 36.0 [1.42] [1.7] 38.0 [1.0] [1.6] 40.0 [1.7] [1.73] 42.0 [1.6] [1.81] 44.0 [1.73] [1.89] 46.0 [1.81] [1.97] 48.0 [1.89]

69 METRIC Dimensions are millimeters over inches 2mm reakaway Headers, Unshrouded, Double Row, Thru-Hole, Vertical Mount 0. [.02] Square Straight Posts Material and Finish Housing lack thermoplastic, UL 94V-0 rated Posted Contacts rass, duplex plated as follows: Plating A [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00001] min. nickel Plating [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00001] min. nickel Related Product Data Mateable Receptacles pages Product Specification Packaging Method Loose piece, bag 0. Dia. [.02] Dia. 4.0 [.16] 0. [.02] L Tin Plated Area reakaway Headers, Unshrouded, Double Row, Thru-Hole Mount ± 0.08* [.08 ±.003] Recommended PC oard Hole Layout * Hole centerline to be 2.0±0.08 [.08±.003]; tolerances not to accumulate within one connector pattern. 69

70 METRIC Dimensions are millimeters over inches 2mm reakaway Headers, Unshrouded, Double Row, Thru-Hole, Vertical Mount (Continued) 0. [.02] Square Straight Posts reakaway Headers, Unshrouded, Double Row, Thru-Hole Mount 4 No. Dimensions Contact Plating of Lead Length L = 1. [.06] Lead Length L = 2.6 [.10] Positions A Plating A Plating Plating A Plating [0.16] 2.0 [0.08] [0.24] 4.0 [0.16] [0.31] 6.0 [0.24] [0.39] 8.0 [0.31] [0.47] 10.0 [0.39] [0.] 12.0 [0.47] [0.63] 14.0 [0.] [0.71] 16.0 [0.63] [0.79] 18.0 [0.71] [0.87] 20.0 [0.79] [0.94] 22.0 [0.87] [1.02] 24.0 [0.94] [1.10] 26.0 [1.02] [1.18] 28.0 [1.10] [1.26] 30.0 [1.18] [1.34] 32.0 [1.26] [1.42] 34.0 [1.34] [1.0] 36.0 [1.42] [1.7] 38.0 [1.0] [1.6] 40.0 [1.7] [1.73] 42.0 [1.6] [1.81] 44.0 [1.73] [1.89] 46.0 [1.81] [1.97] 48.0 [1.89]

71 METRIC Dimensions are millimeters over inches 2mm reakaway Headers, Unshrouded, Double Row, Surface Mount, Vertical Mount 0. [.02] Square Straight Posts Material and Finish Housing lack polyphenylene sulfide, UL 94V-0 rated Posted Contacts Phosphor bronze, plated as follows, Duplex plated [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00001] min. nickel Related Product Data Mateable Receptacles pages Product Specification Packaging Method Tape & Reel 2.00 [.08] TYP 4.20 [.17] ±0.0 [.003] A C 0.10 [.004] 0.0±0.02 [.02±.001] TYP 0.0±0.03 [.02±.002] TYP 1.00 [.04] [.04] 1.40 MAX [.06] TYP 0.0±0.02 [.02±.001] TYP Vacuum Cap 7.00±0.02 [.28±.001] 4.20±0.0 [.17±.003] 2.00 [.08] 0.0±0.02 [.02±.001] TYP RO.0 REF D±0.2 [.01] 1.0 [.06] 1.00 [.04] Tin-Lead Plating Area Header Assembly, AMPMODU 2mm SMT Vertical 2.60 [.10] TYP ±0.08 [.003] Tolerances Non-Cumulative 1.00±0.08 [.04±.003] TYP 1.0 [.06] TYP [.08] TYP Recommended Solder Pad Layout No. of Dimensions Part Positions A C Numbers [0.16] 2.0 [0.08] 4.0 [0.16] [0.24] 4.0 [0.16] 6.0 [0.24] [0.47] 10.0 [0.39].0 [0.20] [0.63] 14.0 [0.] 8.0 [0.31]

72 METRIC Dimensions are millimeters over inches 2mm reakaway Headers, Unshrouded, Double Row, Surface Mount, Vertical Mount (Continued) 0. [.02] Square Straight Posts AMPMODU.02 Square Interconnection System Material and Finish Housing lack polyphenylene sulfide, UL 94V-0 rated Posted Contacts Phosphor bronze, plated as follows, Duplex plated [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00000] min. nickel Related Product Data Mateable Receptacles pages Product Specification Packaging Method Tape & Reel 2.00 [.079] TYP A 0.9 [.03] 3.8 [.10] 0.0 [.02] TYP 6.±0.2 [.26±.010] 4. [.177] 3.4 [.136] 4 C ±0.08 [.003] Tolerances Non-Cumulative 1.00±0.08 [.04±.003] TYP 0.0 [.020] TYP 3.7 [.148] TYP 2.00 [.08] TYP Recommended Solder Pad Layout No. of Dimensions Part Positions A C Numbers [0.16] 2.0 [0.08] 7.60 [0.30] [0.24] 4.0 [0.16] 9.60 [0.38] [0.31] 6.0 [0.24] [0.46] [0.39] 8.0 [0.31] [0.3] [0.47] 10.0 [0.39] 1.60 [0.61] [0.] 12.0 [0.47] [0.69] [0.63] 14.0 [0.] [0.77] [0.71] 16.0 [0.63] [0.8] [0.79] 18.0 [0.71] [0.93] [0.87] 20.0 [0.79] 2.60 [1.01] [0.94] 22.0 [0.87] [1.09]

73 METRIC Dimensions are millimeters over inches 2mm Stacking Header, Unshrouded, Double Row, Thru-Hole, Vertical Mount 0. [.02] Square Straight Posts 0.±0.03 [0.02±.001] 2.4 [] 12 Position Part Number Material and Finish Housing lack thermoplastic, UL 94 V-O Rated Posted Contacts Copper alloy, duplex plated as follows: Gold flash all over contact underplated [.00000] min. nickel Related Product Data Mateable Receptacles pages Product Specification Packaging Method Loose piece, bag 2.0 [.079] TYP 10.0 [.039] 12.0 [.047] 2.0 [.079] TYP 9.7 [.384] 2.0 [.079] 2.4 [] 0.8±0.0 [0.31±.002] DIA 12 Places 2.0 [.079] 4.0 [.17] 2.0 Pitch Vertical 2.0 [.079] TYP 10.0 [.394] 4 73

74 METRIC Dimensions are millimeters over inches 2mm Headers, Shrouded, Double Row, Thru-Hole, Right-Angle Mount 0. [.02] Square Right-Angle Posts 26 Position Part Number [.02] Ref. 6.6 [.262] 3.60 [.142] 0.0±0.03 [0.02±.001] Material and Finish 2.0 Pitch Right-Angle 4 Housing High temperature, black thermoplastic, UL 94 V-O Rated Posted Contacts Copper alloy, duplex plated as follows: [.00001] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00000] min. nickel Related Product Data Mateable Receptacles pages 80 and 84 Product Specification Packaging Method Tube 2.32 [.092] 2 Places Spaces x [.079] = [.94] [.03] Ref. [.079] 6.30 [.248] /-0.22 [ /-.009] 28.6 [1.128] 0.0 TYP at [.079] Post Tips [1.069] [.079] [.0] [.142] TYP 2.4 [] 0.0±0.03 [0.02±.001] TYP at Post Tips 6.40±0.20 [.22±.008] [.118] Soldertail 2.00 [.079] 0.7 [.03] 0.0 TYP at [.079] Post Tips 4.10 [.161] 2.00±0.0 [.079±.002] TYP 2.00±0.0 [.079±.002] TYP Tolerance Non-Cumulative 0.90±0.0 [.03±.002] TYP Recommended PC Layout 74

75 METRIC Dimensions are millimeters over inches 2mm Headers, Shrouded, Double Row, Thru-Hole, Right-Angle Mount (Continued) 0. [.02] Square Right-Angle Posts Material and Finish Housing Natural color thermoplastic, UL 94 V-O Rated Posted Contacts rass, plated as follows: [ ] min. gold on contact area, with [.00010] tin on soldertails, with entire contact underplated [.00000] min. nickel Related Product Data Mateable Receptacles pages 80 and 84 Product Specification Packaging Method Tubes 2.00 ± 0.0 [.079 ±.002] ± 0.20 [±.008] 0.0 ± 0.02 Sq. [.020 ±.001] C ± 0.20 [±.008] A ± 0.10 [±.004] 2.40 [.094] 2.00 [.079] A 2.00 ± 0.10 [.079 ±.004].60 ± 0.1 [.220 ±.006] 2.00 [.079] 4.0 ± 0.1 [.177 ±.006] 3.60 ± 0.20 [.142 ±.008] 3.00 ± 0.20 [.118 ±.008].0 ± 0.1 [.217 ±.006] 6.6 ± 0.20 [.262 ±.008] 2.00 ± 0.10 [.079 ±.004] 2.0 Pitch Right-Angle Ø 0.80 [.031] Recommended PC Layout No. of Dimensions Positions A C Part Numbers [0.24] 8.8 [0.3] 9.9 [0.39] [0.31] 10.8 [0.43] 11.9 [0.47] [0.39] 12.8 [0.1] 13.9 [0.] [0.47] 14.8 [0.8] 1.9 [0.63] [0.] 16.8 [0.66] 17.9 [0.71] [0.63] 18.8 [0.74] 19.9 [0.79] [0.71] 20.8 [0.82] 21.9 [0.86] [0.79] 22.8 [0.90] 23.9 [0.94] [0.87] 24.8 [0.98] 2.9 [1.02] [0.94] 26.8 [1.06] 27.9 [1.10] [1.02] 28.8 [1.14] 29.9 [1.18] [1.10] 30.8 [1.21] 31.9 [1.26] [1.18] 32.8 [1.29] 33.9 [1.34] [1.26] 34.8 [1.37] 3.9 [1.42] [1.34] 36.8 [1.4] 37.9 [1.49] [1.42] 38.8 [1.3] 39.9 [1.7] [1.0] 40.8 [1.61] 41.9 [1.6] [1.7] 42.8 [1.69] 43.9 [1.73] [1.6] 44.8 [1.77] 4.9 [1.81] [1.73] 46.8 [1.84] 47.9 [1.89] [1.81] 48.8 [1.92] 49.9 [1.97] [1.89] 0.8 [2.00] 1.9 [2.0] [1.97] 2.8 [2.08] 3.9 [2.12] [2.0] 4.8 [2.16].9 [2.20] [2.13] 6.8 [2.34] 7.9 [2.28] [2.20] 8.8 [2.32] 9.9 [2.36] [2.28] 60.8 [2.40] 61.9 [2.44] [2.36] 62.8 [2.47] 63.9 [2.2] [2.44] 64.8 [2.] 6.9 [2.60]

76 METRIC Dimensions are millimeters over inches 2mm Headers, Shrouded, Double Row, Surface Mount, Vertical Mount 0. [.02] Square Posts C Material and Finish Housing lack color, PA9T (Nylon 9T), UL 94 V-O Rated Posted Contacts rass, plated as follows: [ ] min. gold on contact area, with [.00010] matte tin on soldertails, with entire contact underplated [.00000] min. nickel Related Product Data Mateable Receptacles pages 80, 81, and ± 0.0 Pitch [.079 ±.001] 8.00 [.31] Ref. A 2.40 [.094] 1.20 Ref. [.047].60 ± 0.1 [.220 ±.006] 2.00 ± 0.10 [.079 ±.004] 4.0 [.177].0 [.217].20 [.20] Ref ± 0.1 [.142 ±.00] Cap 2.0 Pitch Vertical [2.4].0.0 [.020] 2.00 [..079] Pitch [.866] 7.0 [1.38] 6.0 [.26] 2.60 ± 0.1 [.102 ±.00] 6.70 ± 0.2 [.264 ±.010] [.01] Recommended PC Layout No. of Dimensions Positions A C Part Numbers [0.24] 8.8 [0.3] 9.9 [0.39] [0.31] 10.8 [0.43] 11.9 [0.47] [0.39] 12.8 [0.1] 13.9 [0.] [0.47] 14.8 [0.8] 1.9 [0.63] [0.] 16.8 [0.66] 17.9 [0.71] [0.63] 18.8 [0.74] 19.9 [0.79] [0.71] 20.8 [0.82] 21.9 [0.86] [0.79] 22.8 [0.90] 23.9 [0.94] [0.87] 24.8 [0.98] 2.9 [1.02] [0.94] 26.8 [1.06] 27.9 [1.10] [1.02] 28.8 [1.14] 29.9 [1.18] [1.10] 30.8 [1.21] 31.9 [1.26] [1.18] 32.8 [1.29] 33.9 [1.34] [1.26] 34.8 [1.37] 3.9 [1.42] [1.34] 36.8 [1.4] 37.9 [1.49] [1.42] 38.8 [1.3] 39.9 [1.7] [1.0] 40.8 [1.61] 41.9 [1.6] [1.7] 42.8 [1.69] 43.9 [1.73] [1.6] 44.8 [1.77] 4.9 [1.81] [1.73] 46.8 [1.84] 47.9 [1.89] [1.81] 48.8 [1.92] 49.9 [1.97] [1.89] 0.8 [2.00] 1.9 [2.0]

77 METRIC Dimensions are millimeters over inches 0. [.02] Square Straight Posts Material and Finish Housing lack high temperature thermoplastic, UL 94 V-O Rated Posted Contacts Phosphor ronze, duplex plated as follows: [ ] min. gold on contact area, [.00010] min. tin on solder area, with entire contact underplated [.00000] min. nickel Product Specification Packaging Method Tape and reel 2mm Headers, Shrouded, Double Row, Surface Mount, Vertical Mount (Continued) 2.00 [.079] 2.00 [.079] 1.2 [.047] TYP A 6.2 [.244] C 0.1 [.020] TYP D 2.00 [.079] TYP 2.00 [.079] TYP 1.91±0.0 [0.7±.002] 2 Plc. 6.3 [.20] 7.04 [.277] 3.6 [.142] 1.91±0.0 [0.7±.002] 4.0 [.17] Vacuum Adapter Cap 4.0 [.177] 1.09 [.043] 2 Plc. 1.4 [.0] 2 Plc [.119] Receptacle Assemblies, Double Row, Vertical Mount with Vacuum Adapter Cap [.298] TYP 1.20 [.047] 2 Plc [.04] TYP Recommended PC Layout D No. of Dimensions Part Numbers Positions A C D [1.03] 20.0 [0.79] 24.3 [0.96] 16.0 [.63] [1.43] 30.0 [1.18] 34.3 [1.3] 26.0 [1.02]

78 METRIC Dimensions are millimeters over inches 2mm Headers, Shrouded, Double Row, Thru-Hole, Vertical Mount 0. [.02] Square Straight Posts with Cable Shroud 1.1 [.04] 2.0 [.079] TYP Material and Finish Housing lack thermoplastic, UL 94 V-O Rated Posted Contacts rass, duplex plated as follows: [ ] min. tin on contact area, with entire contact underplated [.00000] min. nickel 4.3 [.169] 2.0 [.079] TYP 1.3 [.03] TYP C +0.2/-0.0 [+.008/-.002] A±0.2 [±.010] ox Header Related Product Data Mateable Receptacles See Drawings Contacts and Housing Product Specification Packaging Method Loose piece, bag 1.60 [0.63] TYP ±0.3 [±.012] 0.9 [.037] TYP 6. [.26] 0.±0.0 [.02±.002].00 [1.97] 0.8 [.031] 3. [.138] 3.0±0.2 [.118±.008] 4 0.7±0.1 [.028±.004] Recommended PC Layout A 2.00 [.08] TYP No. of Dimensions Position A C Part Numbers [0.16] 8.0 [0.31] 6.74 [0.26] [0.24] 10.0 [0.39] 8.74 [0.34] [0.31] 12.0 [0.47] [0.42] [0.39] 14.0 [0.] [0.0] [0.47] 16.0 [0.63] [0.8] [0.] 18.0 [0.71] [0.66] [0.63] 20.0 [0.79] [0.74] [0.71] 22.0 [0.87] [0.82] [0.79] 24.0 [0.94] [0.89] [0.87] 26.0 [1.02] [0.97] [0.94] 28.0 [1.10] [1.0] [1.02] 30.0 [1.18] [1.13] [1.10] 32.0 [1.26] [1.21] [1.18] 34.0 [1.34] [1.29]

79 METRIC Dimensions are millimeters over inches 2mm Headers, Shrouded, Double Row, Thru-Hole, Right-Angle Mount 0. [.02] Square Right-Angle Posts with Cable Shroud 2.0 [.079] TYP 1.1 [.04] 0.±0.0 [.02±.002] Material and Finish Housing lack thermoplastic, UL 94 V-O Rated Posted Contacts rass, duplex plated as follows: [ ] min. tin on contact area, with entire contact underplated [.00000] min. nickel Related Product Data Mateable Receptacles See Drawings Contacts and Housing Product Specification Packaging Method Loose piece, bag 4.3 [.169].079 [2.0] 0.9 [.037] TYP 1.60 [0.63] TYP 1.3 [.03] TYP C +0.2/-0.0 [+.008/-.002] ±0.3 [±.012] A±0.2 [±.010] 9. [.374].00 [1.97] 3.0±0.2 [.118±.008] 0.8 [.031] 3. [.138] 7.00 [.276] 2.0±0.1 [.079±.004] Pitch Right-Angle Mount 0.7±0.1 [.028±.004] 2.00 [.08] TYP 4 Recommended PC Layout 7.00 [.276] No. of Dimensions Position A C Part Numbers [0.16] 8.00 [0.31] 6.74 [0.26] [0.24] [0.39] 8.74 [0.34] [0.32] [0.47] [0.42] [0.39] [0.] [0.0] [0.47] [0.63] [0.8] [0.71] [0.71] [0.66] [0.] [0.79] [0.74] [0.63] [0.87] [0.82] [0.87] [0.94] [0.89] [0.79] [1.02] [0.97] [0.94] [1.10] [1.0] [1.10] [1.18] [1.13] [1.02] [1.26] [1.21] [1.18] [1.34] [1.29]

80 METRIC Dimensions are millimeters over inches 2mm Centerline Receptacles, Double Row, Thru-Hole, Vertical Mount Receptacle, Thru-Hole, Vertical 2.0 Mount Type w/pickup 4 Material and Finish Housing lack thermoplastic, UL 94 V-O Rated, 24 C Reflow Contacts Copper alloy, plated as follows: A [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00000] min. nickel [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00000] min. nickel Related Product Data Mateable Headers pages 66-76, 78, 79 Product Specification Packaging Method Tray 2.0±0.0 [.079±.002] TYP A±0.2 [±.01] 0.7±0.0 [.030±.002] TYP 2.0±0.0 [.079±.002] TYP ±0.2 [±.008] 2.0±0.1 [.079±.004] 0.36 [.014] 4.00 [.17] Recommended PC Layout 1.67 [.066] Ref. 0. [.02] 2.0±0.1 [.079±.004] TYP L±0.1 [±.004] 0. [.02] 0.20 [.008] TYP 4.0 [.177] 80 Part Numbers No. of Dimensions Plating A Plating Positions A Dim. L 1.2+/-0.1 Dim. L 2.6+/-0.1 Dim. L 1.2+/-0.1 Dim. L 2.6+/-0.1 (.047+/-.004) (.102+/-.004) (.047+/-.004) (.102+/-.004) [.17] 2.0 [.079] [.236] 4.0 [.17] [.31] 6.0 [.236] [.394] 8.0 [.31] [.472] 10.0 [.394] [.1] 12.0 [.472] [.630] 14.0 [.1] [.709] 16.0 [.630] [.787] 18.0 [.709] [.866] 20.0 [.787] [.94] 22.0 [.866] [1.024] 24.0 [.94] [1.102] 26.0 [1.024] [1.181] 28.0 [1.102] [1.260] 30.0 [1.181] [1.339] 32.0 [1.260] [1.417] 34.0 [1.339] [1.496] 36.0 [1.417] [1.7] 38.0 [1.496] [1.64] 40.0 [1.7] [1.732] 42.0 [1.64] [1.811] 44.0 [1.732] [1.890] 46.0 [1.811] [1.969] 48.0 [1.890]

81 METRIC Dimensions are millimeters over inches 2mm Centerline Receptacles, Double Row, Thru-Hole, Vertical Mount (Continued) Receptacle, Thru-Hole, Vertical Material and Finish Housing lack thermoplastic, UL 94 V-O Rated, 26 C Process Capable Contacts Copper alloy, plated as follows: A [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00000] min. nickel [ ] min. gold on contact area, [ ] min. tin on solder area, with entire contact underplated [.00000] min. nickel Related Product Data Mateable Headers pages 66-76, 78, 79 Product Specification Packaging Method Tray 2.0±0.0 [.079±.002] TYP A±0.2 [±.01] 0.7±0.0 [.030±.002] TYP 2.0±0.0 [.079±.002] TYP ±0.2 [±.008] 2.0±0.1 [.079±.004] 0.36 [.014] 4.00 [.17] Recommended PC Layout 1.67 [.066] Ref. 0. [.02] 2.0±0.1 [.079±.004] TYP L±0.1 [±.004] 0. [.02] 0.20 [.008] TYP 4.0 [.177] 2.0 Mount Type w/pickup 4 Part Numbers No. of Dimensions Plating A Plating Positions A Dim. L 1.2+/-0.1 Dim. L 2.6+/-0.1 Dim. L 1.2+/-0.1 Dim. L 2.6+/-0.1 (.047+/-.004) (.102+/-.004) (.047+/-.004) (.102+/-.004) [.17] 2.0 [.079] [.236] 4.0 [.17] [.31] 6.0 [.236] [.394] 8.0 [.31] [.472] 10.0 [.394] [.1] 12.0 [.472] [.630] 14.0 [.1] [.709] 16.0 [.630] [.787] 18.0 [.709] [.866] 20.0 [.787] [.94] 22.0 [.866] [1.024] 24.0 [.94] [1.102] 26.0 [1.024] [1.181] 28.0 [1.102] [1.260] 30.0 [1.181] [1.339] 32.0 [1.260] [1.417] 34.0 [1.339] [1.496] 36.0 [1.417] [1.7] 38.0 [1.496] [1.64] 40.0 [1.7] [1.732] 42.0 [1.64] [1.811] 44.0 [1.732] [1.890] 46.0 [1.811] [1.969] 48.0 [1.890] * 40.0 [1.7] 38.0 [1.496] *Keying position 6. 81

82 METRIC Dimensions are millimeters over inches 2mm Receptacle, Double Row, Surface Mount, Right-Angle Mount Receptacle, Surface Mount, Right-Angle 2mm Receptacle Material and Finish Housing lack Thermoplastic, UL 94V-0 Rated Contact Phosphor ronze Contact Finish [ ] Min. Gold Plated on Contact Area, [ ] Min. Tin Plated on Solder Tail, [.00000] Min. Nickel Underplated Over All Related Product Data Mateable Headers pages Product Specification Packaging Method Tape and reel 1.10 [.042] TYP 2.00 [.079] 0.90 [.03] A±0.2 [±.01] 2.00±0.0 [.079±.002] ±0.10 [±.004] 2.00 [.079] TYP 0.60±0.0 [.024±.002] TYP 4.00 [.17] 4.90±0.2 [.193±.01] 0.1±0.03 [.006±.001] 8.30±0. [.327±.02].0±0.2 [.197±.008] 4.90±0.2 [.193±.01] [.34] 4.00 [.17] TYP 1.00 [.039] TYP Recommended PC Layout Position Dimensions A Part Numbers [.244] 4.0 [.17] [.323] 6.0 [.236] [.402] 8.0 [.31] [.480] 10.0 [.394] [.9] 12.0 [.472] [.638] 14.0 [.1] [.717] 16.0 [.630] [.79] 18.0 [.709] [.874] 20.0 [.787] [.93] 22.0 [.866] [1.031] 24.0 [.94] [1.110] 26.0 [1.024] [1.189] 28.0 [1.102] [1.268] 30.0 [1.181] [1.346] 32.0 [1.260] [1.42] 34.0 [1.339] [1.04] 36.0 [1.417] [1.83] 38.0 [1.496] [1.661] 40.0 [1.7] [1.740] 42.0 [1.64] [1.819] 44.0 [1.732] [1.898] 46.0 [1.811] [1.976] 48.0 [1.890]

83 METRIC Dimensions are millimeters over inches 2mm Receptacle, Double Row, Thru-Hole, Right-Angle Mount Receptacle, Thru-Hole, Right-Angle A 0.3 [.014] 7.2±0.1 [.283±.006] Material and Finish Housing lack Thermoplastic, UL 94V-0 Rated Contact Phosphor ronze Contact Finish [ ] Min. Gold Plated on Contact Area, [ ] Min. Tin Plated on Solder Tail, [.00000] Min. Nickel Underplated Over All Related Product Data Mateable Headers pages Product Specification Packaging Method Tube 2±0.0 [.079±.002].080 [.031] DIA TYP 2.00 [.079] TYP 2±0.1 [.079±.006] ±0.20 [±.008] A 4.8±0.1 [.191±.006] 3±0.02 [.118±.001] 1.4 [.07] 0.±0.0 A [.02±.002] 1.± ±0.03 [.09±.002] [.008±.001].2 [.20] A±0.10 [±.004] 2.00 [.079] TYP Recommended PC Layout Section A-A 2.00 [.079] Position Dimensions A Part Numbers [.236] 8.0 [.33] [.31] 10.0 [.413] [.394] 12.0 [.492] [.472] 14.0 [.71] [.1] 16.0 [.60] [.630] 18.0 [.728] [.709] 20.0 [.807] [.787] 22.0 [.886] [.866] 24.0 [.96] [.94] 26.0 [1.043] [1.024] 28.0 [1.122] [1.102] 30.0 [1.201] [1.181] 32.0 [1.280] [1.260] 34.0 [1.38] [1.339] 36.0 [1.437] [1.417] 38.0 [1.16] [1.496] 40.0 [1.94] [1.7] 42.0 [1.673] [1.64] 44.0 [1.72] [1.732] 46.0 [1.831] [1.811] 48.0 [1.909] [1.890] 0.0 [1.988] [1.969] 2.0 [2.067] [2.047] 4.0 [2.146] [2.123] 6.0 [2.224] [2.20] 8.0 [2.303] [2.283] 60.0 [2.381] [2.362] 62.0 [2.461] [2.441] 64.0 [2.39] [2.20] 66.0 [2.618] [2.98] 68.0 [2.697] [2.677] 70.0 [2.776] [2.76] 72.0 [2.84] [2.834] 74.0 [2.933] [2.913] 76.0 [3.012] [2.992] 78.0 [3.091] [3.071] 80.0 [3.169] mm Receptacle 4 83

84 METRIC Dimensions are millimeters over inches 2mm Receptacle, Double Row, Surface Mount, Vertical Mount 2mm Receptacle 4 Receptacle, Top Entry, Surface Mount Material and Finish Housing lack Thermoplastic, UL 94V-0 Rated Contact Copper Alloy, plated [ ] Min. Gold Plated on Contact Area, [ ] Tin Plated on Solder Tail, Underplated [.00000] Nickel Cap Thermoplastic Related Product Data Mateable Headers pages 66-7, 78, 79 Product Specification Packaging Method Tape and reel 2.00±0.0 [.079±.002] 4.2±0.1 [.167±.006] 0.96±0.10 [.038±.004] 8.00±0.1 [.31±.006] 2.2 [.089] 2.00±0.0 [.079±.002] 2.00 [.079] TYP A 1.12 [.044] 6.00 [.236] ±0.20 [±.008] A±0.10 [±.004] 0.40±0.0 [.016±.002] 2 Plc. 1a 0.8±0.0 [.033±.002] DIA TYP 2 Plc. X A+2.00±0.10 [.079±.004] 0.0±0.0 X [.020±.002] 6.00±0.1 [.236±.006] 8.00/2.00±2.00 [.31/.079±.079] A+2.00 [+.079] Recommended PC Layout 4.00±0.1 [.17±.006] Alignment Peg 2 Plc. Ref. 1b Cavity Mark Location 2.2 [.089] 4.80±0.1 [.189±.006] 0.20±0.03 [.008±.001] 2.00 [.079] TYP A 1.12 [.044] 6.00 [.236] Recommended PC Layout (Without Alignment Peg) 2.00 [.079].10±0.0 [.201±.020] [ ] ±0.0 [.028±.002] Position Dimensions 24C Reflow Part Numbers 26C Reflow Part Numbers A with Alignment Peg* without Alignment Peg with Alignment Peg* without Alignment Peg [.236] 8.40 [.331] [.31] [.409] [.394] [.488] [.472] [.67] [.1] [.646] [.630] [.724] [.709] [.803] [.787] [.881] [.866] [.961] [.94] [1.039] [1.024] [1.118] [1.102] [1.197] [1.181] [1.276] [1.260] [1.34] [1.339] [1.433] [1.417] [1.12] [1.496] [1.91] *See views 1a and 1b 84

85 AMPMODU.02 [0.64] Square Interconnection System AMPMODU Headers and Receptacles, Centerline SR VT-RET A SR VT A DR Stacking Header SR Top Entry ulkhead Header SR Top Entry SR VT DR VT DR VT A DR VT-RET A DR Top Entry DR AP DR RA SR AP DR RA SR RA DR HORZ Legend: SR Single Row DR Double Row VT Vertical RA Right Angle RET Retention Feature AP ACTION PIN E ottom Entry 3/4 3-Sided-Shrouded Header A reakaway TR Triple Row SMT Surface Mount HORZ Horizontal DE Dual Entry DR RA-RET A SR HORZ DR AP DR Outrigger DE SR RA-RET A SR RA DR VT DR RA A SR VT DR Top Entry SR ottom Entry /4 DR RA SR RA AMPMODU Interconnection System For drawings, technical data or samples, contact your TE sales engineer or call the TE Product Information Center:

86 AMPMODU.02 [0.64] Square Interconnection System (Continued) AMPMODU Headers and Receptacles, Centerline SR Stacking Header SR VT SMT DR VT SMT SR Outrigger DE DR DE SR HOR2 SMT TR VT AMPMODU Interconnection System Sq. Continuous Post Legend: SR Single Row DR Double Row VT Vertical RA Right Angle RET Retention Feature AP ACTION PIN E ottom Entry 3/4 3-Sided-Shrouded Header A reakaway TR Triple Row SMT Surface Mount HORZ Horizontal DE Dual Entry Sq. Continuous Post SR HORZ SMT DR VT SMT DE SR VT SMT DE For drawings, technical data or samples, contact your TE sales engineer or call the TE Product Information Center:

87 AMPMODU.02 [0.64] Square Interconnection System The AMPMODU interconnection system provides interconnections with a unique modular concept, utilizing precision formed receptacle contacts and mating posts. Mating of the post and receptacle contacts of this system is very tolerant. This is made possible by a post with a burr-free lead-in and a receptacle contact featuring double cantilever beams and antioverstress stops. AMPMODU receptacle contacts and posts categorically fall into three general classifications of products, which include: board mounted posts and receptacle assemblies, post headers and wire-applied contact housings for crimp snap-in pin and receptacle contacts. Receptacle Contacts oard mounted receptacle assemblies are available in various geometries, offering packaging interconnections that include perpendicular, parallel and stacking capabilities. Crimp snap-in pins for AWG [ mm 2 ] wire and crimp snap-in receptacles for AWG [ mm 2 ] wire provide excellent discrete wire terminations. Housings for these contacts provide ease of handling terminations in high density applications. Machine applied terminations, through matched application equipment, are geared for virtually any production volume requirement, for the lowest possible applied cost. Terms Explained The AMPMODU receptacle cross-section is primarily rectangular, with rounded corners. Two integral cantilever beams contact the mating square or round male posts. Deflection of these spring members is limited by anti-overstress stops, and excessive permanent deformation is prevented. This feature allows a wide range for tolerance of misalignment of mating contacts. AMPMODU mating posts are supplied typically as headers. They are available in various populations to meet the interconnection and packaging requirements of most systems. However, in instances where packaging configurations do not lend themselves to the economies of headers, TE can provide application equipment for the discrete location of individual posts. Looking at the electronic industry's standard levels of packaging, the AMPMODU.02 [0.64] square interconnection system is primarily used in levels three and four. In level three it is used as a connection between two or more printed circuits. A mother/daughter board connection is typical. In level four it is used as a The configuration of the receptacle completely encloses the spring members preventing damage during handling and assembly and makes the system compatible with automatic application techniques. Note: Application of a contact lubricant is part of the manufacturing process of all AMPMODU tin-plated crimp products. However, it is not part of the manufacturing process of products that customers will solder, then clean. For these products, TE recommends that customers use contact lubricant. See the TE web page for further information. connection between two subassemblies, such as a power supply and an associated subassembly. It is also important to note this product can serve as an interconnection in more than one level, depending on the application. The.02 [0.64] square interconnection system offers the most complete line of post/receptacle packaging products available today. This system, rated at 3 amperes per contact, has been used by almost every industry and marketplace over the last decade and is one of the oldest, most versatile and reliable interconnection systems employing.02 [0.64] square packaging technology. Wire Crimp arrel Rugged selfsupporting one-piece contact body Wire entry for post to receptacle misalignment Insulation Support arrel Reliability dual cantilever spring contact design and built-in anti-overstress Offers standard, intermediate and high pressure contact forces AMPMODU.02 Square Interconnection System Cantilever eams Wide Misalignment Tolerance Receptacle-Closed Entry Housing Design The closed entry housing style better eliminates the chance of a mating post stubbing on the edges of the receptacle contact. Contact edges enclosed in plastic Contact edges enclosed in plastic Closed Entry Access Way Anti-overstress Metallic post stop 87

88 Wire-to-oard, Centerline Products Wire Sizes Wire Size AWG [mm 2 ] Product Family Locking Clip, Mod. IV, IV.v, V, MT, Short Point Locking Clip, Mod. IV, IV.v, V, MTE, MT, Short Point Mod. IV, IV.v, V, Short Point Contact Platings Platings [ ] Gold [ ] Gold [ ] Gold Tin Product Family Mod. IV, IV.v, V, MTE, MT, Short Point Locking Clip, Mod. IV, IV.v, V, MTE, MT, Short Point Locking Clip, Mod. IV, IV.v, V, MT Locking Clip, Mod. IV, IV.v, V, MTE, MT, Short Point Wire-to-oard Products Mating Post Lengths Application Tooling Post Lengths Product Family [ ] Mod. IV(.600 [1.24] Profile Height) [ ] Mod. IV.v (.600 [1.24] Profile Height) [ ] Mod. V(.600 [1.24] Profile Height) [ ] Mod. IV(.64 [16.38] Profile Height) [ ] Mod. IV.v (.64 [16.38] Profile Height) [ ] Mod. V(.64 [16.38] Profile Height) [ ] MT Assembly with Standard Pressure Contacts [ ] MT Assembly with High Pressure Contacts [ ] MTE Assembly [ ] Short Point Connector Assembly [ ] Locking Clip (Connector Assembly) [ ] Locking Clip (Single Contact) Application Tooling Description Product Family Mod. IV, Locking Short IV.v, V MT Clip MTE Point Level V Manual Hand Tools (Wire Crimp) Manual Hand Tools (IDC) AMP-O-MATIC Stripper/Crimper Machines with Applicator CHAMPOMATOR Model 2. Machine CHAMPOMATOR Model 3A Machine AMP-O-LECTRIC Machines with Applicator Pneumatic Hand Tools IDC Electric Power Unit Tube-Fed Ribbon Cable Machine AMPOMATOR CLS Machines Discrete Wire Machine Manual Arbor Tool Pneumatic Arbor Tool 88

89 oard-to-oard Solutions Guide, Centerline Products Single-Row Single-Row Double-Row Double-Row Problem or Concern TE's Vertical Headers Right-Angle Headers, Vertical Headers Right-Angle Headers, Potential Solution and Receptacles Horizontal Receptacles and Receptacles Horizontal Receptacles (Page Ref.) (Page Ref.) (Page Ref.) (Page Ref.) Headers Float Off oard Soldering Operation Header Contacts Damaged During Manufacturing Operation or In-Field Use HEADERS Retention Feature: Unshrouded Shrouded 104, , 200 Shrouded HEADERS: Standard Profile Press-Fit ACTION PIN POST HEADERS: Unshrouded Shrouded 148, 149, 199 Machine Applied Posts 163, 164 oard/ackplane Requires Surface-Mount Compatible Thru-Hole: High Temperature Surface- HEADERS: Mount Compatibility Unshrouded 102* 103* 104* 10* Shrouded 130*, 137* 138* (Low Profile) RECEPTACLES 196* 19* Surface-Mount: HEADERS 109* 110 RECEPTACLES 187, Application Requires oard Two-Piece Family: w/guide Posts: Guidance, Polarization and/or HEADERS 198, lind-mate Capability RECEPTACLES 196* 19* Mod IV Low Profile RECEPTACLES: Reduction in Parallel TOP ENTRY: oard-to-oard Stack Height Thru-Hole , 180* Necessary (Refer to Parallel Surface-Mount Stack Guide on Page 62.) OTTOM ENTRY: Thru-Hole 177 Surface-Mount DUAL ENTRY Thru-Hole Surface Mount 187, Soldering Problems with RECEPTACLES: Thru-Hole ottom Entry ottom Entry Receptacles (Must Mask Outrigger Post Holes in oard During (Separate Holes for Soldering Operation) Receptacle Leads End-to-End Stackable: HEADERS (Unshrouded): and Mating Leads) Application Requires Thru-Hole 93, , 9, 103* 96, 97, 104* Connectors to be End-to-End Thru-Hole* 102* 103* 104* 108* Stackable on Grid Surface-Mount 109* 110* RECEPTACLES: Thru-Hole 17, 177, 178, * 176, 179, 180*, 182*, 183, Surface Mount , *High temperature compatible version, refer to page ref. listed. Wire-to-oard Solutions Guide, Centerline Products Centerline Products Customer Requirement TE's Potential Solution Catalog Page(s) Mod IV Polarized Housing 220 Application Requires MTE Latched Receptacle and Header 230, 231, Guidance, Polarization MT with Polarizing Covers Short Point Polarized Housing 224 Wire-to-Wire Application Mod IV Receptacle Contacts and Pins Wire-to-Wire Application (Latched) MTE Latched Receptacle and Shrouded Pin Assembly 230, 231, 236, 237 Wire-to-Wire Application (Through Panel) MTE Panel Mount 242 High Vibration and Shock Applications Locking Clip Contacts and Housings Printed Circuit oard Polarization MTE Header with PC oard Orientation Peg 248, 249 oard Requires Surface Mount Capability MTE Surface Mount Headers 21, 22 MTE High Temperature Compatible Headers 249, 20 Need to mate to AMP-LATCH Eject Headers Mod IV Ejection Housing 220 Need to Minimize Strain to Cable MT with Eject Covers Mod IV Housing with Strain Relief 218, 219 Application Requires Self-Retaining Contacts Locking Clip Contacts 207, 298 Header Secured to oard During/Prior to Soldering MTE Headers with Post Retention or Holddowns Mate to Unshrouded Header Mod IV plain Housing with Mod V Contacts 213, 214, 216 with Retention Requirements MTE with High Pressure Contacts 234, 23 Multiple Cables to be Common to One Header MTE Coupling Shroud, Double- or Single-Row 240, 241 Right-Angle Cable Dress MT with Hermaphroditic Covers 229, 26, 27, 29 Application Requires Crimp Contacts and MTE Housings Short Point Contacts 222 Housings and End-to-End and Side-to-Side Stackable Short Point Double-Row Housing, MTE Plain Housing 223, 228, 229 Connector Must Mate to Post Lengths of.169 [4.29] Min. Short Point Contacts

90 Mating Post Selection Guide The following selection guide is provided to help in choosing a mating product after a receptacle, header or post has been selected. In some instances references are given on the catalog page to specific mating connectors. In other instances the reader is referred here to the selection guide for mating product recommendations. If your application requirement is not answered here, consult TE for further recommendations. Posts Without Shoulders For drawn wire products (ie, AMPMODU reakaway and Low Profile Headers) and for products having the shoulder of the post below the housing or pc board surface (ie, AMPMODU MTE and Single Row Shrouded Headers) the effective mating length starts at the housing or pc board surface. Effective Mating Length Posts With Shoulders For product having the shoulder of the post extending above the housing or pc board surface (ie, Standard AMPMODU Shrouded and Unshrouded Headers) the effective mating length starts at the top of the shoulder. Effective Mating Length Mating Post Selection Guide Receptacle Type Recommended Effective Mating Posts Lengths Minimum Maximum AMPMODU Mod II Horizontal oard Mount Receptacle, Single and Double Row, Short.230 [.84].280 [7.11] Point-of-Contact pages 169, 170, 172, 173 AMPMODU Mod II Vertical oard Mount Receptacle, Single Row, Standard Profile,.183 [4.6].330 [8.38] Top Entry page 17 AMPMODU Mod II Vertical oard Mount Receptacle, Standard Profile, Double Row, Top Entry,.183 [4.6].330 [8.38] 100 x mt. page 176 AMPMODU Mod IV Vertical oard Mount Receptacle, Low Profile, Single Row, Top Entry, Single Tine.183 [4.6].2 [6.48] page 178 AMPMODU Mod IV Vertical oard Mount Receptacle, Low Profile, Single Row, ottom Entry.280 [7.11] * page 177 AMPMODU Mod IV Vertical oard Mount Receptacle, Low Profile, Double Row, Top Entry.183 [4.6].2 [6.48] pages 179, 180 AMPMODU Surface-Mount Receptacle, Top Entry.183 [4.6] * Vertical oard Mount, Single Row, Dual Entry page 187, 188 ottom Entry.204 [.18] * AMPMODU Mod IV Vertical oard Mount Receptacle, Low Top Entry.183 [4.6] * Profile, Double Row, Dual Entry page 182 ottom Entry.204 [.18] * AMPMODU Surface-Mount Receptacle, Top Entry.183 [4.6] * Vertical oard Mount, Double Row, Dual Entry page ottom Entry.204 [.18] * AMPMODU.600 [1.24] Mod IV Housing with Standard Pressure Contacts.210 [.33].283 [7.19] pages AMPMODU.600 [1.24] Mod IV Housing with Intermediate Pressure Contacts.20 [.21].283 [7.19] pages AMPMODU.600 [1.24] Mod IV Housing with High Pressure Contacts.18 [4.70].283 [7.19] pages AMPMODU Mod IV Vertical oard Mount Receptacle, Low Top Entry.183 [4.6] * Profile, Single Row, Dual Entry page 181 ottom Entry.204 [.18] * Receptacle Type Recommended Effective Mating Posts Lengths Minimum Maximum Short Point Housing with Contacts pages [4.29].29 [6.8] AMPMODU MTE Unloaded Housing with Short Point Contacts pages 222, 229, 231, [4.29].29 [6.8] AMPMODU MTE IDC Assemblies.200 [.08].20 [6.3] AMPMODU MT IDC Assembly with Standard Pressure Contacts page [.64].273 [6.93] AMPMODU MT IDC Assembly with High Pressure Contacts page [.08].273 [6.93] Locking Clip Housing with Contacts pages [6.93].30 [8.89] Locking Clip Contact without Housing page [.08].277 [7.04] Flexible Flat Conductor Cable Single Row.267 [6.78].323 [8.20] Receptacle with Round Wire Crimp High Pressure Contact Catalog Double Row.282 [7.16].323 [8.20] Flexible Flat Conductor Cable Receptacle with Multiple Wire Single Row.210 [.33].323 [8.20] Crimp High Pressure Contact Catalog Double Row.22 [.72].323 [8.20] Flexible Flat Conductor Cable Single Row.267 [6.78].323 [8.20] Receptacle with Round Wire Crimp Standard Pressure Contact Catalog Double Row.282 [7.16].323 [8.20] Flexible Flat Conductor Cable Receptacle with Multiple Crimp Single Row.220 [.9].323 [8.20] Standard Pressure Contact Catalog Double Row.23 [.97].323 [8.20] *Maximum post length is determined by customer s application; (i.e., available space beyond rear of horizontal receptacle assembly, or above bottom entry vertical receptacle assembly or below vertical receptacle assemblies used in pass through applications). 90

91 Parallel Stacking Guide for oard-to-oard Applications See Dimension Product Family Figure etween Headers elow PC oards (See Note 1.) Single-Row (Page Ref.) Double-Row (Page Ref.) Product Family Receptacles Single-Row (Page Ref.) Double-Row (Page Ref.).060 [1.2] andolier Posts 163 NA Dual Entry, Mod IV 177, 181, 187, , [2.29] reakaway** 102** 104** Dual Entry, Mod IV 177, 181, , (Unshrouded) 187, [3.89] Surface Mount** reakaway (Unshrouded) NA 110 Dual Entry, Mod IV 177, 181, 187, , [6.73] andolier Posts ** Top Entry, Mod IV 178, , 180, 187, , [9.02] reakaway** (Unshrouded) 102** 104** Top Entry, Mod IV 178, , , 180, , [9.78] Low Profile Shrouded NA 13, 137** Top Entry, Mod IV NA 179, [1.06] Surface Mount** reakaway (Unshrouded) Surface Mount**, Mod IV, Top Entry 187, *.430 [10.92] reakaway** (Unshrouded) 102** 104** Top Entry, Mod II *.440 [11.18] Shrouded, Mod II 11, , 119 Top Entry, Mod II or Mod IV 17, , 179, [13.41] Stacking Shroud (See Note 2.) NA 16 (Hood) Inner oard Receptacle (See Note 2.) NA [13.89] Stacking Shroud (See Note 2.) NA 160 Outer oard Receptacle (See Note 2.) NA [13.97] Two-Piece Header Connector System NA 198, 199 Two-Piece Receptacle** Connector System NA 196**.748 [19.00] Stacking Shroud NA 16 (Hood) Inner oard Receptacle (See Note 2.) (See Note 2.) NA [19.1] Stacking Shroud NA 161 Outer oard Receptacle (See Note 2.) (See Note 2.) NA 18 Various Stacking Unshrouded Mod II/IV Receptacles, Top/ottom Entry Various Various **High temperature version available, see page ref. listed. Notes: 1. Headers listed are standard thru-hole versions. Many headers are available with retention feature and ACTION PIN posts. See product Notes: 1. specification pages in individual sections for option availability. Notes: 2. These headers and receptacles are Related oard-to-oard products. They are not part of the AMPMODU.02 [0.64] Square Product Family. Parallel Stacking Guide oard-to-oard Stacking Heights (y Receptacle/Header Combination) Receptacle Assembly Receptacle Assembly Receptacle Assembly.26 [6.73].3 [9.02].26* [6.73].26 [6.73].418 [10.62].0* [13.97].090 [2.29] Header Header.090 [2.29].13 [3.89] Header Figure 1 Double-Row, Mod IV, ottom Entry, reakaway Header Figure 2 Double-Row, Mod IV, Top Entry, reakaway Header *Mod II Receptacle Height is.340 [8.64] for a total stack height of.430 [10.92] Figure 3 Double-Row, Mod IV, Surface-Mount, Top Entry, Receptacle and Surface-Mount reakaway Header Figure 4 Double-Row, Two-Piece Receptacle and Two-Piece Shrouded Header *Mod II Shrouded Header Height is.440 [11.18] for a total stack height of.440 [11.18] 91

92 Unshrouded Headers Product Facts Variety of popular sizes available Substantial time/labor savings install all posts at one time Vertical and right-angle versions available in single- and double-row configurations Triple-row version available in vertical configuration with.230 [.84] mating length Copper alloy posts Choice of select gold or tin plated posts Mating length for single and double row is.318 [8.08] (.278 [7.06] effective mating length-see page 90) Flame retardant, black thermoplastic housings; 94V-0 rated Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 Standard Headers Unshrouded Performance Characteristics Electrical Insulation Resistance,000 megohms minimum initial Dielectric Withstanding Voltage 70 V rms at sea level Environmental Operating Temperature -6 C to +10 C (black thermoplastic housings) Current 3 amperes maximum per contact (dependent upon mating connector) 92

93 Standard Headers Unshrouded, Single Row, Centerline.02 [0.64] Square Straight Post A.200 [.08] Ref. (Contact Area).318 [8.08].046/.038 [1.17/0.97].090 [2.29].12 [3.18] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Plating Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Tin/Nickel Plating option available; minimum order quantities may apply. Consult TE. Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Technical Documents page 276 See mating connector for applicable product and application specifications. Note: All part numbers are RoHS compliant..042 [1.07] *.03±.003 [0.89±0.08] Dia. Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern..00 Max. [1.27] No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [2.13] [4.67] [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [30.07] 1 [27.94] [32.61] [30.48] [3.1] [33.02] [37.69] [3.6] [40.23] 1.00 [38.10] [42.77] [40.64] [4.31] [43.18] [47.8] [4.72] [0.39] [48.26] [2.93] [0.80] [.47] 2 [3.34] [8.01] [.88] [60.] [8.42] [63.09] [60.96] [6.63] 2.00 [63.0] [68.17] [66.04] [70.71] [68.8] [73.2] [71.12] [7.79] [73.66] [78.33] [76.20] [80.87] 3 [78.74] [83.41] [81.28] [8.9] [83.82] [88.49] [86.36] [91.03] 3.00 [88.90] [93.7] [91.44] [96.11] [93.98] [98.6] [96.2] [101.19] [99.06] Unshrouded Headers

94 Standard Headers Unshrouded, Single Row, Centerline (Continued).02 [0.64] Square Right-Angle Post.139 [3.3] Ref. Unshrouded Headers Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Plating Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Tin/Nickel Plating option available; minimum order quantities may apply. Consult TE. Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page [1.07] * A.02 [0.64].138 [3.1] Ref..110 [2.79] Ref..02±.001 [0.63±0.03].069 [1.7].03±.003 Dia. [0.89±0.08].200 [.08] Contact Area.02 [0.64].318 [8.08] Ref..02±.002 [0.63±0.0].040 [1.02] Ref..069 [1.7].17 [3.99] Technical Documents page 276 See mating connector for applicable product and application specifications. Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [2.13] [4.67] [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [30.07] 1 [27.94] [32.61] [30.48] [3.1] [33.02] [37.69] [3.6] [40.23] 1.00 [38.10] [42.77] [40.64] [4.31] [43.18] [47.8] [4.72] [0.39] [48.26]

95 Standard Headers Unshrouded, Single Row, Centerline (Continued) No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [2.93] [0.80] [.47] 2 [3.34] [8.01] [.88] [ [8.42] [63.09] [60.96] [6.63] 2.00 [63.0] [68.17] [66.04] [70.71] [68.8] [73.2] [71.12] [7.79] [73.66] [78.33] [76.20] [80.87] 3 [78.74] [83.41] [81.28] [8.9] [83.82] [88.49] [86.36] [91.03] 3.00 [88.90] [93.7] [91.44] [96.11] [93.98] [98.6] [96.2] [101.19] [99.06] Unshrouded Headers 9

96 Standard Headers Unshrouded, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post A.200 [.08] Ref. (Contact Area).318 [8.08] Unshrouded Headers Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Plating Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Tin/Nickel Plating option available; minimum order quantities may apply. Consult TE. Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications..042 [1.07] * * Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board).03±.003 Dia. [0.89±0.08] *±.003 [±0.08] tolerances not to accumulate within one connector pattern..046/.038 [1.17/0.97].090 [2.29].12 [3.18].00 Max. [1.27] No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [2.13] [4.67] [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [30.07] 1 [27.94] [32.61] [30.48] [3.1] [33.02] [37.69] [3.6] [40.23] 1.00 [38.10] [42.77] [40.64] [4.31] [43.18] [47.8] [4.72] [0.39] [48.26]

97 Standard Headers Unshrouded, Double-Row, x [2.4 x 2.4] Centerline (Continued) No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [2.93] [0.80] [.47] 2 [3.34] [8.01] [.88] [60.] [8.42] [63.09] [60.96] [6.63] 2.00 [63.0] [68.17] [66.04] [70.71] [68.8] [73.2] [71.12] [7.79] [73.66] [78.33] [76.20] [80.87] 3 [78.74] [83.41] [81.28] [8.9] [83.82] [88.49] [86.36] [91.03] 3.00 [88.90] [93.7] [91.44] [96.11] [93.98] [98.6] [96.2] [101.19] [99.06] Unshrouded Headers 97

98 Standard Headers Unshrouded, Double-Row, x [2.4 x 2.4] Centerline (Continued).02 [0.64] Square Right-Angle Post.042 [1.07] A.200 [.08] Ref. (Contact Area).289 [7.34].042 [1.07].110 [2.79] Unshrouded Headers Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Plating Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Tin/Nickel Plating option available; minimum order quantities may apply. Consult TE. Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Technical Documents page 276 See mating connector for applicable product and application specifications. * * Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern..03±.003 Dia. [0.89±0.08].069 [1.7].318 [8.08].17 [3.99] No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [2.13] [4.67] [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [30.07] 1 [27.94] [32.61] [30.48] [3.1] [33.02] [37.69] [3.6] [40.23] 1.00 [38.10] [42.77] [40.64] [4.31] [43.18] [47.8] [4.72] [0.39] [48.26]

99 Standard Headers Unshrouded, Double-Row, x [2.4 x 2.4] Centerline (Continued) No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [2.93] [0.80] [.47] 2 [3.34] [8.01] [.88] [60.] [8.42] [63.09] [60.96] [6.63] 2.00 [63.0] [68.17] [66.04] [70.71] [68.8] [73.2] [71.12] [7.79] [73.66] [78.33] [76.20] [80.87] 3 [78.74] [83.41] [81.28] [8.9] [83.82] [88.49] [86.36] [91.03] 3.00 [88.90] [93.7] [91.44] [96.11] [93.98] [98.6] [96.2] [101.19] [99.06] Unshrouded Headers 99

100 Standard Headers Unshrouded, Triple-Row, Centerline.02 [0.64] Square Straight Post A.338 [8.9] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel.120 [3.0].042 [1.07].18 [4.70] Ref. (Contact Area).069 [1.7].230 [.84] Unshrouded Headers Technical Documents page 276 See mating connector for applicable product and application specifications. * *.120 [3.0].03±.003 Dia. [0.89±0.08] * Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Pos. A Part Nos [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [3.1] [33.02] [37.69] [3.6] [0.39] [48.26] [8.01] [.88] [60.] [8.42] [80.87] 3 [78.74] [101.19] [99.06]

101 Product Facts Design and inventory versatility headers can be broken into any size needed Variety of popular sizes available Substantial time/labor savings can install all posts at one time Vertical and right-angle versions available in single- and double-row configurations Phosphor bronze posts Choice of gold duplex or tin plated posts Post lengths include.230 [.84] and.318 [8.08] for connector mating oard retention feature available lack, glass-filled thermoplastic housings; high temperature compatible Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards Association, R File No. LR 7189 reakaway and Retention Headers Unshrouded Performance Characteristics Electrical Insulation Resistance,000 megohms minimum initial Dielectric Withstanding Voltage 70 V rms at sea level Environmental Operating Temperature -6 C to +10 C (black thermoplastic housings) Current 3 amperes maximum per contact (dependent upon mating receptacle) reakaway and Retention Headers Unshrouded 101

102 reakaway Headers Unshrouded, Single-Row, Centerline.02 [0.64] Square Straight Posts Headers with Solder Tails A.02 [0.64] D E Ref. (Contact Area).090 [2.29] reakaway and Retention Headers-Unshrouded Material and Finish Housing lack thermoplastic, 94V-0 rated, high temperature compatible Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder tail, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder tail, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel Performance Characteristics (oard Retention Tails) Insertion Force 12 lb [3.4N] max. Retention Force.2 lb [1.11N] min. Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Technical Documents page 276 See mating connector for applicable product and application specifications..03±.003 Dia. * [0.89±0.08] (Plated) Recommended Hole Size efore Plating.04±.001 Dia. [1.14±0.02] Recommended PC oard Mounting Pattern (for.062 [1.7] thick PC board;.008 [.203] thick stencil) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. Headers with oard Retention Tails.02 [0.64].040±.003 * Dia. [1.02±0.08] (Plated) Recommended Hole Size efore Plating.04±.001 Dia. [1.14±0.02].030±.002 [0.76±0.0].04 [1.14] C.090±.002 [2.29±0.0] Recommended PC oard Mounting Pattern (for.062 [1.7] thick PC board;.008 [.203] thick stencil) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. A.030±.002 [0.76±0.0] C (see note 3).04 [1.14] D.10±.002 [3.81±0.0] E Ref. (Contact Area).090 [2.29] C =.090 [2.29] C =.120 [3.0] C =.12 [3.18] D =.230 [.84] D =.230 [.84] D =.318 [8.08] Header No. of Dimensions E =.18 [4.70] E =.18 [4.70] E =.200 [.08] Style Pos. A Post Plating/Part Nos. Post Plating/Part Nos. Post Plating/Part Nos. Plating A Plating Plating C Plating A Plating Plating C Plating A Plating Plating C With Solder Tails [2.13] (See Notes 1 and 2.) [101.19] [99.06] With oard Retention Tails [7.21].200 [.08] (See Notes 2 and 3.) [101.19] [99.06] Notes: 1. Headers without retention tails may be broken to the desired number of positions using Tool Kit No (not shown). 2. Headers are also available in sizes 2 thru 39 positions (with Solder Tails) and 4 thru 39 positions (with oard Retention Tails). When ordering, add the prefix and/or suffix (dash) numbers plus - -0 to the base part number that corresponds with the desired size. For example, the complete part number for an 8-position header with solder tails (C dimension.090 [2.29], post plating A) would be The complete part number for a 26-position header with board retention tails (C dimension.120 [3.0], post plating ) would be This part numbering system applies only to this page. 3. For C dimensions.120 [3.0] and.12 [3.18], board retention using kinked tails are for headers 6 positions and smaller; headers 7 positions and larger use swaged tails. Headers with a C dimension of.090 [2.29] have swaged tails for all sizes. 102

103 reakaway Headers Unshrouded, Single-Row, Centerline (Continued).02 [0.64] Square Right-Angle Posts Headers with Solder Tails A D.090 [2.29].138 [3.1] Material and Finish Housing lack thermoplastic, 94V-0 rated, high temperature compatible Posts Phosphor bronze, duplex plated [ ] gold on contact area, [ ] matte tin on solder tail, with entire post underplated [ ] nickel.042 [1.07] (2 Plc.).03±.003 Dia. [0.89±0.08] (Plated) Recommended Hole Size efore Plating.04±.001 Dia. [1.14±0.02] *.030±.002 [0.76±0.0].04 [1.14] E Ref. (Contact Area).090±.002 [2.29±0.0].140 [3.6] C Performance Characteristics (oard Retention Tails) Insertion Force 12 lb [3.4N] max. Retention Force.2 lb [1.11N] min. Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Technical Documents page 276 See mating connector for applicable product and application specifications. Recommended PC oard Mounting Pattern (for.062 [1.7] thick PC board;.008 [.203] thick stencil) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. Headers with oard Retention Tails.138 [3.1].042 [1.07] (2 Plc.).040±.003 Dia. [1.02±0.08] (Plated) Recommended Hole Size efore Plating.04±.001 Dia. [1.14±0.02] * A.030±.002 [0.76±0.0].04 [1.14] D E Ref. (Contact Area).10±.002 [3.81±0.0].140 [3.6].090 [2.29] C reakaway and Retention Headers-Unshrouded Recommended PC oard Mounting Pattern (for.062 [1.7] thick PC board;.008 [.203] thick stencil) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. C =.120 [3.0] C =.110 [2.79] Header No. of Dimensions D =.230 [.84] D =.318 [8.08] Style Pos. A E =.18 [4.70] E =.200 [.08] Part Nos. Part Nos. With Solder Tails [2.13] (See Notes 1 and 2.) [101.19] [99.06] With oard [2.13] Retention Tails (See Note 2.) [101.19] [99.06] oard Retention using Swaged Tails (All Header Sizes) Notes: 1. Headers without retention tails may be broken to the desired number of positions using Tool Kit No (not shown). Notes: 2. Headers are also available in sizes 2 thru 39 positions (with Solder Tails) and 4 thru 39 positions (with oard Retention Tails). When ordering, add the prefix and/or suffix (dash) numbers plus - -0 to the base part number that corresponds with the number of positions. For example, the complete part number for an 8-position header with solder tails (C dimension.120 [3.0)] would be The complete part number for a 26-position header with board retention tails (C dimension.120 [3.0]) would be This part numbering system applies only to this page. 103

104 reakaway Headers Unshrouded, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Posts Headers with Solder Tails A.192 [4.88].02 [0.64] D E Ref. (Contact Area).090 [2.29] reakaway and Retention Headers-Unshrouded Material and Finish Housing lack thermoplastic, 94V-0 rated, high temperature compatible Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder tail, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder tail, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel Performance Characteristics (oard Retention Tails) Insertion Force 12 lb [3.4N] max. Retention Force.2 lb [1.11N] min. Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Technical Documents page 276 See mating connector for applicable product and application specifications. ( C L of Hole Pattern) *.090±.002 [2.29±0.0].030±.002 [0.76±0.0].04 [1.14] Ref. Recommended PC oard Mounting Pattern (for.062 [1.7] thick PC board;.008 [.203] thick stencil) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. Headers with oard Retention Tails.02 [0.64] ( C L of Hole Pattern) *.10± ±.002 [3.81±0.0] [0.76±0.0] Recommended PC oard Mounting Pattern (for.062 [1.7] thick PC board;.008 [.203] thick stencil) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. A C.110 [2.79] ( C L of Stencil Pattern).03±.003 Dia. [0.89±0.08] (Plated) Recommended Hole Size efore Plating.04±.001 Dia. [1.14±0.02] C.07 [1.91] Ref..192 [4.88] D.170 [4.32] ( C L of Stencil Pattern).040±.003 Dia. [1.02±0.08] (Plated) Recommended Hole Size efore Plating.04±.001 Dia. [1.14±0.02] E Ref. (Contact Area) C =.090 [2.29] C =.120 [3.0] C =.12 [3.18] D =.230 [.84] D =.230 [.84] D =.318 [8.08] Header No. of Dimensions E =.18 [4.70] E =.18 [4.70] E =.200 [.08] Style Pos. A Post Plating/Part Nos. Post Plating/Part Nos. Post Plating/Part Nos. Plating A Plating Plating C Plating A Plating Plating C Plating A Plating Plating C With 2 Solder Tails.084 [2.13] (See Notes 1 and 2.) [101.19] [99.06] With oard [2.13] Retention Tails (See Note 2.) [101.19] [99.06] [2.29] 104 Notes: 1. Headers without retention tails may be broken to the desired number of positions using Tool Kit No (not shown). 2. Headers are also available in sizes 4 thru 78 positions. When ordering, add the prefix and/or suffix (dash) numbers plus - -0 to the base part number that corresponds with the number of positions per row. For example, the complete part number for a 16-position header with solder tails (C dimension.090 [2.29], post plating A) would be The complete part number for a 40-position header with board retention tails (C dimension.120 [3.0], post plating ) would be This part numbering system applies only to this page.

105 reakaway Headers Unshrouded, Double-Row, x [2.4 x 2.4] Centerline (Continued).02 [0.64] Square Right-Angle Posts Headers with Solder Tails.042 [1.07] (2 Plc.) A D.090 [2.29].238 [6.0] Material and Finish Housing lack thermoplastic, 94V-0 rated, high temperature compatible Posts Phosphor bronze, duplex plated [ ] gold on contact area, [ ] tin on solder tail, with entire post underplated [ ] nickel Performance Characteristics (oard Retention Tails) Insertion Force 12 lb [3.4N] max. Retention Force.2 lb [1.11N] min. Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Technical Documents page 276 See mating connector for applicable product and application specifications..090±.002 [2.29±0.0].030±.002 [0.76±0.0] E Ref. (Contact Area) Recommended PC oard Mounting Pattern (for.062 [1.7] thick PC board;.008 [.203] thick stencil) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. Headers with oard Retention Tails.042 [1.07] (2 Plc.) ( C L of Hole Pattern).238 [6.0] * * A.07 [1.91].04 [1.14] Ref..140 [3.6].110 [2.79] ( C L of Stencil Pattern).03±.003 Dia. [0.89±0.08] (Plated) Recommended Hole Size efore Plating.04±.001 Dia. [1.14±0.02] D E Ref. (Contact Area).140 [3.6].170 [4.32] ( C L of Stencil Pattern).040±.003 ( C Dia. L of [1.02±0.08] Hole (Plated) Pattern).10± ±.002 Recommended Hole Size [3.81±0.0] [0.76±0.0] efore Plating.04±.001 Dia. [1.14±0.02] Recommended PC oard Mounting Pattern (for.062 [1.7] thick PC board;.008 [.203] thick stencil) *±.003 [±0.08] tolerances not to accumulate within one connector pattern..090 [2.29] C C reakaway and Retention Headers-Unshrouded C =.120 [3.0] C =.110 [2.79] Header No. of Dimensions D =.230 [.84] D =.318 [8.08] Style Pos. A E =.18 [4.70] E =.200 [.08] Part Nos. Part Nos. With Solder Tails [2.13] (See Notes 1 and 2.) [101.19] [99.06] With oard [2.13] Retention Tails (See Note 2.) [101.19] [99.06] oard Retention using Swaged Tails (All Header Sizes) Notes: 1. Headers without retention tails may be broken to the desired number of positions using Tool Kit No (not shown). Notes: 2. Headers are also available in sizes 4 thru 78 positions. When ordering, add the prefix and/or suffix (dash) numbers plus - -0 to the base part number that corresponds with the number of positions per row. For example, the complete part number for a 16- position header with solder tails (C dimension.120 [3.0)] would be The complete part number for a 40-position header with board retention tails (C dimension.120 [3.0]) would be This part numbering system applies only to this page. 10

106 AMPMODU Reeled reakaway Headers Features of reakaway Headers Design and inventory versatility headers can easily be made into a variety of sizes High Temperature Compatible Reduced part number base Reduced inventory burden Applications Desktops & workstations Set-top boxes Televisions Automotive instrument panels & radios Medical and test equipment Reeled reakaway Headers enefits Off the shelf availability Various header length capability using the same reel Reduction of inventory costs Economy version of the standard breakaway headers TE now offers AMPMODU reeled breakaway headers, which are used for boardto-board interconnections, on a continuous reel. The reeled breakaway headers are an economy version of the standard breakaway headers, and continue to provide the same high quality standards that TE is known for in the connector industry. Reeled breakaway headers provide the flexibility to cut the headers to many different lengths, while only having to stock one part number. As a result, the amount of part numbers that need to be purchased and stored can be greatly reduced. Reeled breakaway headers can be purchased in single and double rows with tin, Au, 1 Au, and 30 Au duplex plating. The lower applied cost also offers.230" and.318" mating lengths. (See standard breakaway-to-reeled header conversion chart for vertical headers on the reverse side of this sheet) Potential industries include: computer peripherals, telecommunications equipment, consumer, automotive, medical and test equipment. Tooling available from: Robo-Pak, Inc. 814 Lakeshore Drive East ethel, MN 902 A pin retention and pin removal tooling option is also available in addition to cutting. 106

107 AMPMODU Reeled reakaway Headers (Continued) Single Row [99.06].092 [2.34].02±.001 [0.64±0.03].046±.003 [1.17±0.08].18 [4.70] (Contact Area).230 (1) [.84] ±.003 [2.4±0.08].02±.002 [0.64±0.0].110±.01 (1) [2.79±0.38].192 [4.88] Double Row.02±.001 [0.64±0.03] [99.06].046±.003 [1.17±0.08] Reeled reakaway Headers.18 [4.70] (Contact Area).230 (1) [.84] ±.003 [2.4±0.08].02±.002 [0.64±0.0].110±.01 (1) [2.79±0.38] (1) See table for other mate and tail lengths. Standard reakaway-to-reeled Header Conversion Chart (Vertical) Double Row Headers Single Row Headers Existing Make From Existing Make From Existing Make From Existing Make From TE P/N Reeled P/N TE P/N Reeled P/N TE P/N Reeled P/N TE P/N Reeled P/N Plating Mate:.318 Mate:.318 Mate:.230 Mate:.230 Mate:.318 Mate:.318 Mate:.230 Mate:.230 Options Tail:.12 Tail:.11 Tail:.120 Tail:.110 Tail:.12 Tail:.11 Tail:.120 Tail: Tin Au Duplex Au Duplex Note: Reeled Headers are a functional substitute for standard breakaways, however there are visual differences (i.e. housing appearance and bow due to reeling requirement). 107

108 reakaway Surface Mount Headers, x [2.4 x 2.4] Centerline Surface Mount reakaway Headers Product Facts Surface Mount Leads Contact Material: phosphor bronze High temperature, black thermoplastic housings, 94V-0 rated, capable of withstanding IR or vaporphase reflow Recognized under the Component Program of Underwriters Laboratories Inc. R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 Choice of gold duplex or tin plated posts Posts coplanar within.006 [0.1] Tape and reel packaging available in addition to single tube packaging. Contact TE. Pick-and-place cap available for vacuum placement. Contact TE. An extension of the AMPMODU reakaway Header product family are the surface mount, vertical breakaway headers. The AMPMODU Surface Mount breakaway headers (Unshrouded) are available in single- and double-row vertical configurations with mating lengths of.230 [.84] and.320 [8.13]. Posts are offered with a choice of either [.0007] gold duplex or tin plating. Current packaging is in a single tube but tape and reel is available for automatic pick-and-place. We also can provide a pickand-place cap for vacuum placement if required. 108

109 reakaway Surface Mount Headers Unshrouded Single-Row, Centerline.02 [0.64] Square Straight Post.092 [2.34] A Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating [ ] tin over [ ] nickel entire post Related Product Data Mateable Receptacle Refer to Mating Post Selection Guide page [2.67].24 [6.22].042 [1.07].02 [0.63].00±.003 [1.27±0.08].090 [2.29] D Ref. (Contact Area).140±.003 [3.6±0.08].192 [4.88].00 [1.27] C Surface Mount reakaway Headers Technical Documents page 276 See mating connector for applicable product and application specifications. Recommended Etched Circuit Layout (Using.008 [0.20] thick stencil) C =.230 [.84] C =.320 [8.13] No. of Dimensions D =.18 [4.70] D =.200 [.08] Pos. A Post Plating/Part Nos. Post Plating/Part Nos. Plating A Plating Plating A Plating [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [30.07] 1 [27.94] [32.61] [30.48] [3.1] [33.02] [37.69] [3.6]

110 reakaway Surface Mount Headers Unshrouded Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post A.192 [4.88] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating [ ] tin over [ ] nickel entire post.042 [1.07].140±.003 [3.6±0.08] D Ref. (Contact Area).02 [0.64].292 [7.42] C.00 [1.27].090 [2.29].063 [1.60] Surface Mount reakaway Headers Related Product Data Mateable Receptacles Refer to Mating Post Selection Guide page [8.76].20 [.21].06 [1.6] Recommended Etched Circuit Layout (Using.008 [0.20] thick stencil).00±.003 [1.27±0.08] C =.230 [.84] C =.320 [8.13] No. of Dimensions D =.18 [4.70] D =.200 [.08] Pos. A Post Plating/Part Nos. Post Plating/Part Nos. Plating A Plating Plating A Plating [4.67] [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [30.07] 1 [27.94] [32.61] [30.48] [3.1] [33.02] [37.69] [3.6]

111 Unshrouded Stacking Headers reakaway x [2.4 x 2.4] Centerline Product Facts Available in single and double row Parallel PC board stacking with numerous stack heights available Drawn wire posts allow 4 side mateability May eliminate the need for additional board spacers Can be used in conjunction with bottom entry receptacles Gold or tin plated Up to [36.32] overall post length Retention and surface mount features available upon request Other header sizes can be made upon request Tape and reel packaging available. Contact TE. Pick-and-place cap available for vacuum placement. Contact TE. Unshrouded Stacking Headers reakaway 111

112 Unshrouded Stacking Headers reakaway, Single-Row, Centerline.02 [0.64] Square Straight Posts Header Size No. of Pos. x.02±.001 [0.64±0.03].092 [2.34].046±.003 [1.17±0.08].090±.003 [2.29±0.08] A C Unshrouded Stacking Headers reakaway 112 Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating As noted in chart: Tin [ ] tin over [ ] nickel entire post 1Au [ ] gold over [ ] nickel entire post Related Product Data Mateable Receptacles Refer to the Mating Post Selection Guide page 88 Technical Documents page 276 See mating connector for applicable product and application specifications. Retention and surface mount features available upon request. Other header sizes can be made upon request. *Note: Headers are available in sizes 1 thru 40. When ordering, add the prefix and/or suffix (dash) numbers plus - -0 to the base part number that corresponds with the number of positions per row. For example, the complete part number for an 8-position header is The complete part number for a 16-position of the same series would be D.042±.008 [1.07±0.20] 4 Places ±.003 [2.4±0.08] Tolerance Non-Cumulative.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout ase A C D End D End Number Stack Tail Post Mating Plating Plating (see note) Height Length Length Length [.08].130 [3.30].440 [11.17].110 [2.79] TIN TIN [6.3].080 [2.03].440 [11.17].110 [2.79] TIN TIN [6.3].114 [2.89].474 [12.03].110 [2.79] TIN TIN [7.62].123 [3.12].33 [13.3].110 [2.79] TIN TIN [10.16].107 [2.71].617 [1.67].110 [2.79] TIN TIN [11.43].07 [1.4].617 [1.67].110 [2.79] TIN TIN [12.70].129 [3.27].739 [18.77].110 [2.79] TIN TIN [7.62].109 [2.77].739 [18.77].330 [8.38] TIN 1 AU [1.24].107 [2.71].817 [20.7].110 [2.79] TIN TIN [10.16].087 [2.20].817 [20.7].330 [8.38] TIN 1 AU [17.78].120 [3.0].930 [23.62].110 [2.79] TIN TIN [12.70].930 [23.62].330 [8.38] TIN 1 AU [6.86].330 [8.38].930 [23.62].330 [8.38] 1 AU 1 AU [20.32].120 [3.0] [26.16].110 [2.79] TIN TIN [1.24] [26.16].330 [8.38] TIN 1 AU [9.39].330 [8.38] [26.16].330 [8.38] 1 AU 1 AU [22.86].120 [3.0] [28.70].110 [2.79] TIN TIN [17.78] [28.70].330 [8.38] TIN 1 AU [11.39].330 [8.38] [28.70].330 [8.38] 1 AU 1 AU [2.40].120 [3.0] [31.24].110 [2.79] TIN TIN [20.32] [31.24].330 [8.38] TIN 1 AU [14.47].330 [8.38] [31.24].330 [8.38] 1 AU 1 AU [27.94].120 [3.0] [33.78].110 [2.79] TIN TIN [22.68] [33.78].330 [8.38] TIN 1 AU [17.01].330 [8.38] [33.78].330 [8.38] 1 AU 1 AU [30.48].120 [3.0] [36.32].110 [2.79] TIN TIN [2.40] [36.32].330 [8.38] TIN 1 AU [19.].330 [8.38] [36.32].330 [8.38] 1 AU 1 AU

113 Unshrouded Stacking Headers reakaway, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Posts Header Size No. of Pos. x.02±.001 [0.64±0.03].192 [4.88].046±.003 [1.17±0.08] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating As noted in chart: Tin [ ] tin over [ ] nickel entire post 1Au [ ] gold over [ ] nickel entire post Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Technical Documents page 276 See mating connector for applicable product and application specifications. Retention and surface mount features available upon request. Other header sizes can be made upon request. *Note: Headers are available in sizes 2 thru 80. When ordering, add the prefix and/or suffix (dash) numbers plus - -0 to the base part number that corresponds with the number of positions per row. For example, the complete part number for a 16-position header is The complete part number for a 32-position of the same series would be ±.003 [2.29±0.08] D.042±.008 [1.07±0.20] 4 Places ±.003 [2.4±0.08] Tolerance Non-Cumulative.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout ±.003 [2.4±0.08] ase A C D End D End Number Stack Tail Post Mating Plating Plating (see note) Height Length Length Length [.08].130 [3.30].440 [11.17].110 [2.79] TIN TIN [6.3].080 [2.03].440 [11.17].110 [2.79] TIN TIN [6.3].114 [2.89].474 [12.03].110 [2.79] TIN TIN [7.62].123 [3.12].33 [13.3].110 [2.79] TIN TIN [10.16].107 [2.71].617 [1.67].110 [2.79] TIN TIN [11.43].07 [1.4].617 [1.67].110 [2.79] TIN TIN [12.70].129 [3.27].739 [18.77].110 [2.79] TIN TIN [7.62].109 [2.77].739 [18.77].330 [8.38] TIN 1 AU [1.24].107 [2.71].817 [20.7].110 [2.79] TIN TIN [10.16].087 [2.20].817 [20.7].330 [8.38] TIN 1 AU [17.78].120 [3.0].930 [23.62].110 [2.79] TIN TIN [12.70].930 [23.62].330 [8.38] TIN 1 AU [6.86].330 [8.38].930 [23.62].330 [8.38] 1 AU 1 AU [20.32].120 [3.0] [26.16].110 [2.79] TIN TIN [1.24] [26.16].330 [8.38] TIN 1 AU [9.39].330 [8.38] [26.16].330 [8.38] 1 AU 1 AU [22.86].120 [3.0] [28.70].110 [2.79] TIN TIN [17.78] [28.70].330 [8.38] TIN 1 AU [11.93].330 [8.38] [28.70].330 [8.38] 1 AU 1 AU [2.40].120 [3.0] [31.24].110 [2.79] TIN TIN [20.32] [31.24].330 [8.38] TIN 1 AU [14.74].330 [8.38] [31.24].330 [8.38] 1 AU 1 AU [27.94].120 [3.0] [33.78].110 [2.79] TIN TIN [22.68] [33.78].330 [8.38] TIN 1 AU [17.01].330 [8.38] [33.78].330 [8.38] 1 AU 1 AU [30.48].120 [3.0] [36.32].110 [2.79] TIN TIN [2.40] [36.32].330 [8.38] TIN 1 AU [19.].330 [8.38] [36.32].330 [8.38] 1 AU 1 AU A C 113 Unshrouded Stacking Headers reakaway

114 Standard Profile Headers Shrouded Standard Profile Headers, Shrouded Product Facts Available in several styles right-angle with three- and four-sided pin protection, and straight post with pin protection and mounting ears Post retention feature available Can be used for feed-to and feed-thru applications Housings are black thermoplastic, flame retardant 94V-0 rated Contacts are copper alloy Available in gold duplex, gold over nickel and tin over nickel platings Headers with.066 [1.68] and.10 [3.81] end dimensions are available in select sizes up to 60 positions Can be select loaded, consult TE Recognized under the Component Program of Underwriters Laboratories Inc. R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 Performance Characteristics Electrical Insulation Resistance,000 megohms minimum initial Dielectric Withstanding Voltage 70 RMS at sea level Environmental Operating Temperature -6 C to +10 C (black thermoplastic housings) Current 3 amperes maximum per contact 114

115 Standard Profile Headers Shrouded, Single-Row, Centerline.02 [0.64] Square Straight Post (with Standoffs).49 [13.94] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post Related Product Data Mateable Connectors AMPMODU Wire-Applied Receptacles page 21 AMPMODU MTE Receptacles pages 228, 229, 234 Technical Documents page 276 See mating connector for applicable product and application specifications..134 [3.40].110 [2.79].013 [0.33] (Standoffs).070 [1.78] * C.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. A C.214 [.44].040 [1.02].200 [.08] Ref. (Contact Area).240 [6.10].330 [8.38].219 [.6] No. of Dimensions Post Plating/Part Nos. Pos. A C Plating A Plating Plating C [10.67].340 [8.64].200 [.08] [13.21].440 [11.18].300 [7.62] [1.7].40 [13.72].400 [10.16] [18.29].640 [16.26].00 [12.70] [20.83].740 [18.80].600 [1.24] [23.37].840 [21.34].700 [17.78] [2.91].940 [23.88].800 [20.32] [28.4] [26.42].900 [22.86] [30.99] [28.96] [2.40] [33.3] [31.0] 1 [27.94] [36.07] [34.04] [30.48] [38.61] [36.8] [33.02] [41.1] 1.40 [39.12] [3.6] [43.69] [41.66] 1.00 [38.10] [46.23] [44.20] [40.64] [48.77] [46.74] [43.18] [1.31] [49.28] [4.72] [3.8] [1.82] [48.26] [6.39] [4.36] [0.80] [8.93] [6.90] 2 [3.34] [61.47] [9.44] [.88] [64.01] [61.98] [8.42] [66.] 2.40 [64.2] [60.96] [3.30] Standard Profile Headers, Shrouded 11

116 Standard Profile Headers Shrouded, Single-Row, Centerline (Continued).02 [0.64] Square Right-Angle Post (with Standoffs).49 [13.94] Standard Profile Headers, Shrouded Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post Related Product Data Mateable Connectors AMPMODU Wire-Applied Receptacles page 21 AMPMODU MTE Receptacles pages 228, 229, 234 Technical Documents page 276 See mating connector for applicable product and application specifications..214 [.44].134 [3.40].03±.003 [0.89±0.08] Dia..070 [1.78] A C C.013 [0.33] (Standoffs) *.040 [1.02].200 [.08] Ref. (Contact Area).240 [6.10].330 [8.38].11 [3.84] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern..219 [.6] No. of Dimensions Post Plating/Part Nos. Pos. A C Plating A Plating Plating C [10.67].340 [8.64].200 [.08] [13.21].440 [11.18].300 [7.62] [1.7].40 [13.72].400 [10.16] [18.29].640 [16.26].00 [12.70] [20.83].740 [18.80].600 [1.24] [23.37].840 [21.34].700 [17.78] [2.91].940 [23.88].800 [20.32] [28.4] [26.42].900 [22.86] [30.99] [28.96] [2.40] [33.3] [31.0] 1 [27.94] [36.07] [34.04] [30.48] [38.61] [36.8] [33.02] [41.1] 1.40 [39.12] [3.6] [43.69] [41.66] 1.00 [38.10] [46.23] [44.20] [40.64] [48.77] [46.74] [43.18] [1.31] [49.28] [4.72] [3.8] [1.82] [48.26] [6.39] [4.36] [0.80] [8.93] [6.90] 2 [3.34] [61.47] [9.44] [.88] [64.01] [61.98] [8.42] [66.] 2.40 [64.2] [60.96] [2.79] 116

117 Standard Profile Headers Shrouded, with.066 [1.68] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post (with Detent Windows).040 [1.02] (3 Plc.) [1.68] C [8.08].200 (2 Plc.).12 [.08] Ref. [3.18] (Contact Area).400 [10.16].280 [7.11] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post Related Product Data Mateable Connectors AMPMODU oard Mount Receptacles pages 176, 179, 180 AMPMODU Wire-Applied Receptacles pages AMPMODU MTE Receptacles pages 228, 229, 234 AMPMODU MT Receptacles pages 26, 27 Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications. D.440 [11.18] * E A C.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board).240 [6.10] *±.003 [±0.08] tolerances not to accumulate within one connector pattern..080 [2.03].090 [2.29] (2 Plc.) *.090 [2.29] No. of Dimensions Post Plating/Part Nos. Pos. A C D E Plating A Plating Plating C [10.46].332 [8.43].200 [.08].106 [2.69] [13.00].432 [10.97].300 [7.62].106 [2.69] [1.4].32 [13.1].400 [10.16].206 [.23] [18.08].632 [16.0].00 [12.70].206 [.23] [20.62].732 [18.9].600 [1.24].306 [7.77] [23.16].832 [21.13].700 [17.78].306 [7.77] [ [23.67].800 [20.32].406 [10.31] [28.24] [26.21].900 [22.86].106 [2.69].806 [20.47] [30.78] [28.7] [2.40].106 [2.69].906 [23.01] [33.32] [31.29] 1 [27.94].106 [2.69] [2.] [3.86] [33.83] [30.48].106 [2.69] [28.09] [38.40] [36.37] [33.02].106 [2.69] [30.63] [40.94] 1.32 [38.91] [3.6].106 [2.69] [33.17] Standard Profile Headers, Shrouded 117

118 Standard Profile Headers Shrouded, with.066 [1.68] End Dimension, Double-Row, x [2.4 x 2.4] Centerline (Continued) Standard Profile Headers, Shrouded No. of Dimensions Post Plating/Part Nos. Positions A C D E Plating A Plating Plating C [43.48] [41.4] 1.00 [38.10].106 [2.69] [3.71] [46.02] [43.99] [40.64].106 [2.69] 1.06 [38.2] [48.6] [46.3] [43.18].106 [2.69] [40.79] [1.10] [49.07] [4.72].106 [2.69] [43.33] [3.64] [1.61] [48.26].106 [2.69] [4.87] [6.18] [4.1] [0.80].106 [2.69] [48.41] [8.72] [6.69] 2 [3.34].106 [2.69] [0.9] [61.26] [9.23] [.88].106 [2.69] [3.49] [63.80] [61.77] [8.42].106 [2.69] [6.03] [66.34] 2.32 [64.31] [60.96].106 [2.69] [8.7] [68.88] [66.8] 2.00 [63.0].106 [2.69] [61.11] [71.42] [69.39] [66.04].106 [2.69] 2.06 [63.6] [73.96] [71.93] [68.8].106 [2.69] [66.19] [76.0] [74.47] [71.12].106 [2.69] [68.73] [79.04] [77.01] [73.66].106 [2.69] [71.27] [81.8] [79.] [76.20].106 [2.69] [73.81] [84.12] [82.09] 3 [78.74].106 [2.69] [76.3] [86.66] [84.63] [81.28].106 [2.69] [78.89] [89.20] [87.17] [83.82].106 [2.69] [81.43] [91.74] 3.32 [89.71] [86.36].106 [2.69] [83.97] [94.28] [92.2] 3.00 [88.90].106 [2.69] [86.1] [96.82] [94.79] [91.44].106 [2.69] 3.06 [89.0]

119 Standard Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post (with Detent Windows).10 [3.81] (2 Plc.) C.040 [1.02] (3 Plc.).200 [.08] Ref. (Contact Area).318 [8.08].12 [3.18].400 [10.16].280 [7.11] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post.440 [11.18] * D E A C.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern..090 [2.29] (2 Plc.).240 [6.10] *.080 [2.03].090 [2.29] Standard Profile Headers, Shrouded Related Product Data Mateable Connectors AMPMODU MTE Receptacles pages 232, 233, 23 (used with coupling shroud on page 241) AMPMODU Wire-Applied Receptacles pages Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications. No. of Dimensions Post Plating/Part Nos. Pos. A C D E Plating A Plating Plating C 6.80 [14.73].00 [12.70].200 [.08].190 [4.83] [17.27].600 [1.24].300 [7.62].190 [4.83] [19.81].700 [17.78].400 [10.16].290 [7.37] [22.3].800 [20.32].00 [12.70].290 [7.37] [24.89].900 [22.86].600 [1.24].390 [9.91] [27.43] [2.40].700 [17.78].390 [9.91] [29.97] 1 [27.94].800 [20.32].490 [12.4] [32.1] [30.48].900 [22.86].190 [4.83].890 [22.61] [3.0] [33.02] [2.40].190 [4.83].990 [2.1] [37.9] [3.6] 1 [27.94].190 [4.83] [27.69] [40.13] 1.00 [38.10] [30.48].190 [4.83] [30.23] [42.67] [40.64] [33.02].190 [4.83] [32.77] [4.21] [43.18] [3.6].190 [4.83] [3.31]

120 Standard Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline (Continued) Standard Profile Headers, Shrouded No. of Dimensions Post Plating/Part Nos. Pos. A C D E Plating A Plating Plating C [47.7] [4.72] 1.00 [38.10].190 [4.83] [37.8] [0.29] [48.26] [40.64].190 [4.83] 1.90 [40.39] [2.83] [0.80] [43.18].190 [4.83] [42.93] [.37] 2 [3.34] [4.72].190 [4.83] [4.47] [7.91] [.88] [48.26].190 [4.83] [48.01] [60.4] [8.42] [0.80].190 [4.83] [0.] [62.99] [60.96] 2 [3.34].190 [4.83] [3.09] [6.3] 2.00 [63.0] [.88].190 [4.83] [.63] [68.07] [66.04] [8.42].190 [4.83] [8.17] [70.61] [68.8] [60.96].190 [4.83] [60.71] [73.1] [71.12] 2.00 [63.0].190 [4.83] [63.2] [7.69] [73.66] [66.04].190 [4.83] 2.90 [6.79] [78.23] [76.20] [68.8].190 [4.83] [68.33] [80.77] 3 [78.74] [71.12].190 [4.83] [70.87] [83.31] [81.28] [73.66].190 [4.83] [73.41] [8.8] [83.82] [76.20].190 [4.83] [7.9] [88.39] [86.36] 3 [78.74].190 [4.83] [78.49] [90.93] 3.00 [88.90] [81.28].190 [4.83] [81.03] [93.47] [91.44] [83.82].190 [4.83] [83.7] [96.01] [93.98] [86.36].190 [4.83] [86.11] [98.] [96.2] 3.00 [88.90].190 [4.83] [88.6]

121 Standard Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline (Continued).02 [0.64] Square Straight Post (with Plastic Holddowns).10 [3.81] (2 Plc.).400 [10.16] C.040 [1.02] (3 Plc.).200 [.08] Ref. (Contact Area).280 [7.11].318 [8.08].12 [3.18] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Related Product Data Mateable Connectors AMPMODU MTE Receptacles pages 232, 233, 23 (used with coupling shroud on page 241) AMPMODU Wire-Applied Receptacles pages Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications..01 [.020] 0.38 [[0.1]].440 [11.18].00 (2 Plc.) [1.27] A.140 [3.6] (2 Plc.) [ ] Dia..090 [2.29] (2 Plc.) C *.090 [2.29].040±.003 Dia. [1.02±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Part Nos. Pos. A C Plating A 6.80 [14.73].00 [12.70].200 [.08] [19.81].700 [17.78].400 [10.16] [22.3].800 [20.32].00 [12.70] [24.89].900 [22.86].600 [1.24] [27.43] [2.40].700 [17.78] [29.97] 1 [27.94].800 [20.32] [32.1] [30.48].900 [22.86] [3.0] [33.02] [2.40] [37.9] [3.6] 1 [27.94] [40.13] 1.00 [38.10] [30.48] [4.21] [43.18] [3.6] [47.7] [4.72] 1.00 [38.10] [0.29] [48.26] [40.64] [2.83] [0.80] [43.18] [7.91] [.88] [48.26] [60.4] [8.42] [0.80] [68.07] [66.04] [8.42] [70.61] [68.8] [60.96] [4.7] * Standard Profile Headers, Shrouded 121

122 Standard Profile Headers Shrouded, with.066 [1.68] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Right-Angle Post (with Detent Windows).066 [1.68] (2 Plc.).400 [10.16] C.040 [1.02] (3 Plc.).200 [.08] Ref. (Contact Area).280 [7.11].318 [8.08].13 [3.43] Standard Profile Headers, Shrouded Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post Related Product Data Mateable Connectors AMPMODU oard Mount Receptacles pages 176, 179, 180 AMPMODU Wire-Applied Receptacles pages AMPMODU MTE Receptacles pages 228, 229, 234 AMPMODU MT Receptacles pages 26, 27 Technical Documents page 276 See mating connector for applicable product and application specifications..013 [0.33] (Standoffs).639 [16.23].489 [12.42] D E.090 [2.29] A (2 Plc.).17 [3.99] C *.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board).240 [6.10] *±.003 [±0.08] tolerances not to accumulate within one connector pattern..080 [2.03] * No. of Dimensions Post Plating/Part Nos. Pos. A C D E Plating A Plating Plating C [10.46].332 [8.43].200 [.08].106 [2.69] [13.00].432 [10.97].300 [7.62].106 [2.69] [1.4].32 [13.1].400 [10.16].206 [.23] [18.08].632 [16.0].00 [12.70].206 [.23] [20.62].732 [18.9].600 [1.24].306 [7.77] [23.16].832 [21.13].700 [17.78].306 [7.77] [2.70].932 [23.67].800 [20.32].406 [10.31] [28.24] [26.21].900 [22.86].106 [2.69].806 [20.47] [30.78] [28.7] [2.40].106 [2.69].906 [23.01] [33.32] [31.29] 1 [27.94].106 [2.69] [2.] [3.86] [33.83] [30.48].106 [2.69] [28.09] [38.40] [36.37] [33.02].106 [2.69] [30.63] [40.94] 1.32 [38.91] [3.6].106 [2.69] [33.17]

123 Standard Profile Headers Shrouded, with.066 [1.68] End Dimension, Double-Row, x [2.4 x 2.4] Centerline (Continued) No. of Dimensions Post Plating/Part Nos. Pos. A C D E Plating A Plating Plating C [43.48] [41.4] 1.00 [38.10].106 [2.69] [3.71] [46.02] [43.99] [40.64].106 [2.69] 1.06 [38.2] [48.6] [46.3] [43.18].106 [2.69] [40.79] [1.10] [49.07] [4.72].106 [2.69] [43.33] [3.64] [1.61] [48.26].106 [2.69] [4.87] [6.18] [4.1] [0.80].106 [2.69] [48.41] [8.72] [6.69] 2 [3.34].106 [2.69] [0.9] [61.26] [9.23] [.88].106 [2.69] [3.49] [63.80] [61.77] [8.42].106 [2.69] [6.03] [66.34] 2.32 [64.31] [60.96].106 [2.69] [8.7] [68.88] [66.8] 2.00 [63.0].106 [2.69] [61.11] [71.42] [69.39] [66.04].106 [2.69] 2.06 [63.6] [73.96] [71.93] [68.8].106 [2.69] [66.19] [76.0] [74.47] [71.12].106 [2.69] [68.73] [79.04] [77.01] [73.66].106 [2.69] [71.27] [81.8] [79.] [76.20].106 [2.69] [73.81] [84.12] [82.09] 3 [78.74].106 [2.69] [76.3] [86.66] [84.63] [81.28].106 [2.69] [78.89] [89.20] [87.17] [83.82].106 [2.69] [81.43] [91.74] 3.32 [89.71] [86.36].106 [2.69] [83.97] [94.28] [92.2] 3.00 [88.90].106 [2.69] [86.1] [96.82] [94.79] [91.44].106 [2.69] 3.06 [89.0] Standard Profile Headers, Shrouded 123

124 Standard Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Right-Angle Post (with Detent Windows).10 [3.81] (2 Plc.) C.040 [1.02] (3 Plc.).200 [.08] Ref. (Contact Area).318 [8.08].289 [7.34].400 [10.16].280 [7.11].13 [3.43] Standard Profile Headers, Shrouded Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post Related Product Data Mateable Connectors AMPMODU MTE Receptacles pages 232, 233, 23 (used with coupling shroud on page 241) AMPMODU Wire-Applied Receptacles pages [0.33] (Standoffs).639 [16.23].489 [12.42] D E A C *.240 [6.10].090 [2.29] (2 Plc.).080 [2.03].17 [3.99].03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) * *±.003 [±0.08] tolerances not to accumulate within one connector pattern. Technical Documents page 276 See mating connector for applicable product and application specifications. No. of Dimensions Post Plating/Part Nos. Pos. A C D E Plating A Plating Plating C [17.27].600 [1.24].300 [7.62].190 [4.83] [19.81].700 [17.78].400 [10.16].290 [7.37] [22.3].800 [20.32].00 [12.70].290 [7.37] [24.89].900 [22.86].600 [1.24].390 [9.91] [27.43] [2.40].700 [17.78].390 [9.91] [29.97] 1 [27.94].800 [20.32].490 [12.4] [32.1] [30.48].900 [22.86].190 [4.83].890 [22.61] [3.0] [33.02] [2.40].190 [4.83].990 [2.1] [37.9] [3.6] 1 [27.94].190 [4.83] [27.69] [40.13] 1.00 [38.10] [30.48].190 [4.83] [30.23] [42.67] [40.64] [33.02].190 [4.83] [32.77] [4.21] [43.18] [3.6].190 [4.83] [3.31]

125 Standard Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline (Continued) No. of Dimensions Post Plating/Part Nos. Pos. A C D E Plating A Plating Plating C [47.7] [4.72] 1.00 [38.10].190 [4.83] [37.8] [0.29] [48.26] [40.64].190 [4.83] 1.90 [40.39] [2.83] [0.80] [43.18].190 [4.83] [42.93] [.37] 2 [3.34] [4.72].190 [4.83] [4.47] [7.91] [.88] [48.26].190 [4.83] [48.01] [60.4] [8.42] [0.80].190 [4.83] [0.] [62.99] [60.96] 2 [3.34].190 [4.83] [3.09] [6.3] 2.00 [63.0] [.88].190 [4.83] [.63] [68.07] [66.04] [8.42].190 [4.83] [8.17] [70.61] [68.8] [60.96].190 [4.83] [60.71] [73.1] [71.12] 2.00 [63.0].190 [4.83] [63.2] [7.69] [73.66] [66.04].190 [4.83] 2.90 [6.79] [78.23] [76.20] [68.8].190 [4.83] [68.33] [80.77] 3 [78.74] [71.12].190 [4.83] [70.87] [83.31] [81.28] [73.66].190 [4.83] [73.41] [8.8] [83.82] [76.20].190 [4.83] [7.9] [88.39] [86.36] 3 [78.74].190 [4.83] [78.49] [90.93] 3.00 [88.90] [81.28].190 [4.83] [81.03] [93.47] [91.44] [83.82].190 [4.83] [83.7] [96.01] [93.98] [86.36].190 [4.83] [86.11] [98.] [96.2] 3.00 [88.90].190 [4.83] [88.6] Standard Profile Headers, Shrouded 12

126 Standard Profile Headers Shrouded, with.066 [1.68] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Right-Angle Post (with Pin Protection on 3 Sides).639 [16.23].489 [12.42] Standard Profile Headers, Shrouded Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post Related Product Data Mateable Connectors AMPMODU oard Mount Receptacles pages 176, 179, 180 AMPMODU Wire-Applied Receptacles pages 216, 217 AMPMODU MTE Receptacles pages 228, 229, 234 AMPMODU MT Receptacles pages 26, 27 Technical Documents page 276 See mating connector for applicable product and application specifications..040 [1.02] (2 Plc.).066 [1.68] (2 Plc.) * * C A C.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern..090 [2.29] (2 Plc.) [9.17] [7.11].200 [.08] Ref. (Contact Area).318 [8.08].17 [3.99].289 [7.34] No. of Dimensions Post Plating/Part Nos. Pos. A C Plating A Plating Plating C [10.46].332 [8.43].200 [.08] [13.00].432 [10.97].300 [7.62] [1.4].32 [13.1].400 [10.16] [18.08].632 [16.0].00 [12.70] [20.62].732 [18.9].600 [1.24] [23.16].832 [21.13].700 [17.78] [2.70].932 [23.67].800 [20.32] [28.24] [26.21].900 [22.86] [33.32] [31.29] 1 [27.94] [3.86] [33.83] [30.48] [40.94] 1.32 [38.91] [3.6] [46.02] [43.99] [40.64] [3.64] [1.61] [48.26] [66.34] 2.32 [64.31] [60.96] [68.88] [66.8] 2.00 [63.0] [71.42] [69.36] [66.04] [79.04] [77.01] [73.66] [3.18] 126

127 Standard Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Right-Angle Post (with Pin Protection on 3 Sides).639 [16.23].489 [12.42] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post.040 [1.02] (2 Plc.).10 [3.81] (2 Plc.).361 [9.17] A C.200 [.08] Ref. (Contact Area).361 [9.17].090 [2.29] (2 Plc.).280 [7.11].318 [8.08].17 [3.99].289 [7.34].12 [3.18] Standard Profile Headers, Shrouded Related Product Data Mateable Connectors AMPMODU Wire-Applied Receptacles pages 216, 217 Technical Documents page 276 See mating connector for applicable product and application specifications. * * C.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Post Plating/Part Nos. Pos. A C Plating A Plating Plating C [19.81].700 [17.78].400 [10.16] [22.3].800 [20.32].00 [12.70] [24.89].900 [22.86].600 [1.24] [27.43] [2.40].700 [17.78] [29.97] 1 [27.94].800 [20.32] [32.1] [30.48].900 [22.86] [37.9] [3.6] 1 [27.94] [40.13] 1.00 [38.10] [30.48] [4.21] [43.18] [3.6] [0.29] [48.26] [40.64] [7.91] [.88] [48.26] [70.61] [68.8] [60.96] [83.31] [81.28] [73.66]

128 Standard Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Right-Angle Post (with Plastic Holddowns) [16.23] [12.42] Standard Profile Headers, Shrouded Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Phosphor bronze, duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Related Product Data Mateable Connectors AMPMODU MTE Receptacles pages 232, 233, 23 (used with coupling shroud on page 241) AMPMODU Wire-Applied Receptacles pages [3.81] C (2 Plc.).01 [.020] 0.38 [0.1] [ ].400 [10.16] (Standoffs).140 [3.6] (2 Plc.).00 [1.27] (2 Plc.) A C.040±.003 Dia. [1.02±0.08].090 [2.29] (2 Plc.).41 [11.46].040 [1.02] (2 Plc.) *.200 [.08] Ref. (Contact Area).318 [8.08].280 [7.11].180 [4.7].41 [11.46].289 [7.34].13 [3.43] Technical Documents page 276 See mating connector for applicable product and application specifications Dia (2 Plc.) [ ] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Pos. A C Part Nos [19.81].700 [17.78].400 [10.16] [22.3].800 [20.32].00 [12.70] [24.89].900 [22.86].600 [1.24] [27.43] [2.40].700 [17.78] [32.1] [30.48].900 [20.86] [4.21] [43.18] [3.6] [0.29] [48.26] [40.64] [7.91] [.88] [48.26] [68.07] [66.04] [8.42]

129 Standard Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline (Continued).02 [0.64] Square Straight Post (with Detent Windows and Mounting Ears).220 [.9].32 [8.94].10 [3.81].062 R [1.7].200 [.08] Ref. (Contact Area).090 [2.29].400 [10.16].280 [7.11] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, plated [ ] gold over [ ] nickel on entire post Related Product Data Mateable Connectors AMPMODU Wire-Applied Receptacles pages AMPMODU MTE Receptacles pages 232, 233, 23 (used with coupling shroud on page 241) Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications..440 [11.18].090 [2.29].00 [1.27] F.32 [8.94].03±.003 Dia. [0.89±0.08].090 [2.29] C.047 (2 Plc.) [1.19] D E G A D * C *.240 [6.10].080 [2.03].12 Dia. [3.18].318 [8.08].12 [3.18] Standard Profile Headers, Shrouded Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Pos. A C D E F G Part Nos [19.81].700 [17.78].400 [10.16] [28.04] [33.12].290 [7.37] [24.89].900 [22.86].600 [1.24] [33.12] 1.04 [38.20].190 [4.83] [32.1] [30.48].900 [22.86] [40.74] [4.82].190 [4.83].890 [22.61] [37.9] [3.6] 1 [27.94] [4.82] [0.90].190 [4.83] [27.69] [40.13] 1.00 [38.10] [30.48] [48.36] [3.44].190 [4.83] [30.23] [0.29] [48.26] [40.64] [8.2] 2.04 [63.60].190 [4.83] 1.90 [40.39] [7.91] [.88] [48.26] [66.14] [71.22].190 [4.83] [48.01] [70.61] [68.8] [60.96] [78.84] [83.92].190 [4.83] [60.71] [83.31] [81.28] [73.66] [91.4] [96.62].190 [4.83] [73.41]

130 Standard Profile Headers Shrouded ulkhead Type; with.066 [1.68] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post (with Detent Windows and Mounting Ears) E D [.9] [8.94] C [1.19] [2.03] [8.08].090 [2.29].330 [8.38].400 [10.16].280 [7.11] Standard Profile Headers, Shrouded Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, plated [ ] gold over [ ] nickel on entire post Related Product Data Mateable Connectors AMPMODU oard Mount Receptacles pages 176, 179, 180 AMPMODU Wire-Applied Receptacles pages AMPMODU MTE Receptacles pages 228, 229, 234 AMPMODU MT Receptacles pages 26, 27 Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications..880 [22.3].040 [1.02].440±.002 [11.18±0.0] F.23±.002 [.97±0.0].00 [0.13] R Max. (4 Corners).066** [1.68] G.240 [6.10] F G Recommended Panel Cutout **oth mating faces have same end dimension. A H ±.002 [±0.0] D ±.002 [±0.0].062 [1.7] R.080 [2.03] Dia. [ ].30 [13.46].090 [2.29].288 [7.32].062 [1.7] Thick Panel.200 [.08] Ref. (Contact Area) No. of Dimensions Pos. A C D E F G H Part Nos [1.4].32 [13.1].400 [10.16] [28.04] [33.12].206 [.23].632 [16.0] [18.08].632 [16.0].00 [12.70] [30.8] [3.66].206 [.23].732 [18.9] [28.24] [26.21].900 [22.86] [40.74] [4.82].106 [2.69].806 [20.47] [28.7] [33.32] [31.29] 1 [27.94] [4.82] [0.90].106 [2.69] [2.] [33.83] [3.86] [33.83] [30.48] [48.36] [3.44].106 [2.69] [28.09] [36.37] [46.02] [43.99] [40.64] [8.2] 2.04 [63.60].106 [2.69] 1.06 [38.2] [46.3] [3.64] [1.61] [48.26] [66.14] [71.22].106 [2.69] [4.87] [4.1] [66.34] 2.32 [64.31] [60.96] [78.84] [83.92].106 [2.69] [8.7] [66.8] [79.04] [77.01] [73.66] [91.4] [96.62].106 [2.69] [71.27] [79.]

131 Standard Profile Headers Shrouded ulkhead Type; with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post (with Detent Windows and Mounting Ears) D [.9] [8.94] C [1.19] [2.03] [8.08].090 [2.29].330 [8.38].400 [10.16].280 [7.11] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, plated [ ] gold over [ ] nickel on entire post.880 [22.3].040 [1.02] F.10** [3.81] G A.062 [1.7] R.30 [13.46].090 [2.29].062 [1.7] Thick Panel.200 [.08] Ref. (Contact Area) Related Product Data Mateable Connectors AMPMODU MTE Receptacles pages 232, 233, 23 (used with coupling shroud on page 241) AMPMODU Wire-Applied Receptacles pages Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications..440±.002 [11.18±0.0].23±.002 [.97±0.0].00 [0.13] R Max. (4 Corners).240 [6.10] F G H ±.002 [±0.0] Recommended Panel Cutout D ±.002 [±0.0].080 [2.03] Dia. [ ].288 [7.32] Standard Profile Headers, Shrouded **oth mating faces have same end dimension. No. of Dimensions Pos. A C D E F G H Part Nos [19.81].700 [17.78].400 [10.16] [28.04] [33.12].290 [7.37].800 [20.32] [32.1] [30.48].900 [22.86] [40.74] [4.82].190 [4.83].890 [22.61] [33.02] [37.9] [3.6] 1 [27.94] [4.82] [0.90].190 [4.83] [27.69] 1.00 [38.10] [40.13] 1.00 [38.10] [30.48] [48.36] [3.44].190 [4.83] [30.23] [40.64] [4.21] [43.18] [3.6] [3.44] [8.2].190 [4.83] [3.31] [4.72] [47.7] [4.72] 1.00 [38.10] [.98] [61.06].190 [4.83] [37.8] [48.26] [0.29] [48.26] [40.64] [8.2] 2.04 [63.60].190 [4.83] 1.90 [40.39] [0.80] [7.91] [.88] [48.26] [66.14] [71.22].190 [4.83] [48.01] [8.42] [70.61] [68.8] [60.96] [78.84] [83.92].190 [4.83] [60.71] [71.12] [83.31] [81.28] [73.66] [91.4] [96.62].190 [4.83] [73.41] [83.82]

132 Standard Profile Headers Shrouded ulkhead Type; with.066/.10 [1.68/3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post (with Detent Windows and Mounting Ears).220 [.9].32 [8.94] E D C.080 [2.03].047 [1.19].200 [.08] Ref. (Contact Area).880 [22.3].400 [10.16].280 [7.11] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, plated [ ] gold over [ ] nickel on entire post.289 [7.34].040 [1.02].080 [2.03].10 [3.81] A G F.062 [1.7] R.090 [2.29].318 [8.08].090 [2.29].330 [8.38] Standard Profile Headers, Shrouded Related Product Data Mateable Connectors with.066 [1.68] End Dimension AMPMODU oard Mount Receptacles pages 176, 179, 180 AMPMODU Wire-Applied Receptacles pages AMPMODU MTE Receptacles pages 228, 229, 234 AMPMODU MT Receptacles pages 26, 27 Mateable Connectors with.10 [3.81] End Dimension AMPMODU MTE Receptacles pages 232, 233, 23 (used with coupling shroud on page 241).062 R [1.7].240 [6.10] K L J.066 [1.68] H.040 [1.02].062 [1.7] Thick Panel.400 [10.16] Accessories arrier Insert page [1.19].080 [2.03] C D.32 [8.94].220 [.9] Technical Documents page 276 See mating connector for applicable product and application specifications..23±.002 [.97±0.0] E D ±.002 [±0.0] M ±.002 [±0.0].440±.002 [11.18±0.0].00 [0.13] R Max. (4 Corners) Dia. [ ] Recommended Panel Cutout 132

133 Standard Profile Headers Shrouded ulkhead Type; with.066/.10 [1.68/3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline (Continued) No. of Dimensions Pos. A C D E F Part Nos [19.81].700 [17.78].400 [10.16] [28.04] [33.12].290 [7.37] [32.1] [30.48].900 [22.86] [40.74] [4.82].190 [4.83] [37.9] [3.6] 1 [27.94] [4.82] [0.90].190 [4.83] [40.13] 1.00 [38.10] [30.48] [48.36] [3.44].190 [4.83] [4.21] [43.18] [3.6] [3.44] [8.2].190 [4.83] [0.29] [48.26] [40.64] [8.2] 2.04 [63.60].190 [4.83] [7.91] [.88] [48.26] [66.14] [71.22].190 [4.83] [70.61] [68.8] [60.96] [83.92] [83.92].190 [4.83] [83.31] [81.38] [73.66] [91.4] [96.62].190 [4.83] No. of Dimensions Pos. G H J K L M Part Nos [.23].612 [1.4].32 [13.1].632 [16.0] [22.61].106 [2.69].806 [20.47] [28.24] [26.21] [28.7] [27.69].106 [2.69] [2.] [33.32] [31.29] [33.83] [30.23].106 [2.69] [28.09] [3.86] [33.83] [36.37] [3.31].106 [2.69] [33.17] [40.94] 1.32 [38.91] [41.4] [40.39].106 [2.69] 1.06 [38.2] [46.02] [43.99] [46.3] [48.01].106 [2.69] [4.87] [3.64] [1.61] [4.1] [60.71].106 [2.69] [8.7] [66.34] 2.32 [64.31] [66.8] [73.41].106 [2.69] [71.27] [79.04] [77.01] [79.] Standard Profile Headers, Shrouded 133

134 Low Profile Headers, Shrouded Product Facts Available in selected positions 10 thru 60 Flame retardant, thermoplastic housings, 94V-0 rated Vertical and right-angle versions available in double row configurations Available in.02 [0.64] square drawn wire posts Wash out clearance for flux removal Mates with AMP-LATCH Ribbon Cable Connectors Available with and without eject latches Available with and without kinked soldertails for PC retention Recognized under the Component Program of Underwriters Laboratories Inc. R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 AMP-LATCH Low Profile Headers Shrouded Performance Characteristics Electrical Insulation Resistance,000 megohms minimum initial Dielectric Withstanding Voltage 1,000 V rms at sea level Environmental Operating Temperature -6 C to +10 C Current 1 ampere maximum per contact 134

135 AMP-LATCH Low Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post.04 [1.14] (2 Plc.) A.16 [4.19].07 ±.002 (2 Plc.) [1.91±0.0].360 [9.14] Material and Finish Housing Glass-filled nylon, black, 94V-0 rated Posts Copper alloy, plated as follows: Plating A Gold flash over [ ] min. palladium-nickel plate on the mating surfaces, [0.0024] min. tin plate on soldertails, with entire post underplated [ ] min. nickel Plating Gold flash over [ ] min. palladium-nickel plate on the mating surfaces, [0.0024] min. tin plate on soldertails, with entire post underplated [ ] min. nickel Related Product Data Electrical Characteristics page 134 Mateable Connectors AMPMODU Wire-Applied Receptacles page 220 AMPMODU oard Mount Receptacles pages 179, 180 Short Point Wire-Applied Connectors page [3.30] [ 1.02 ] ±.010 [4.70 ±0.2 ] ±.003* [2.4±0.08].18 [4.70].02±.001 [0.64±0.03] ±.003* [2.4±0.08].040±.003 [1.02±0.08] Dia [ 0.38 ] [ 0.1 ] [9.78].240 [6.10].200 [.08] (Contact Area).120±.01 [3.0±0.38] Low Profile Headers, Shrouded Recommended PC oard Hole Layout For Manual Insertion *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [20.32].400 [10.16] [2.40].600 [1.24] [27.94].700 [17.78] [33.02].900 [22.86] [3.6] 1 [27.94] [40.64] [30.48] [0.80] [40.64] [8.42] [48.26] [71.12] [60.96] [83.82] [73.66]

136 AMP-LATCH Low Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline (Continued).02 [0.64] Square Right-Angle Post Position No.1 Indicator.38 [9.77].16 [4.19].02±.001 [0.64±0.03] Low Profile Headers, Shrouded Material and Finish Housing Glass-filled nylon, black, 94V-0 rated Posts Copper alloy, plated as follows: Plating A Gold flash over [ ] min. palladium-nickel plate on the mating surfaces, [0.0024] min. tin plate on soldertails, with entire post underplated [ ] min. nickel Plating Gold flash over [ ] min. palladium-nickel plate on the mating surfaces, [0.0024] min. tin plate on soldertails, with entire post underplated [ ] min. nickel Related Product Data Electrical Characteristics page 134 Mateable Connectors AMPMODU Wire-Applied Receptacles page 220 Short Point Wire-Applied Connectors page [.016] [ ] Plc..130 [3.30].18±.010 [4.69±0.2].18 [4.69] ±.003* [2.4±0.08] A.010 [0.2] ±.003* [2.4±0.08].03±.003 [0.89±0.08] Dia..04 (2 Plc.) [1.14].130 [3.30].360 [9.14].07±.002 [1.90±0.0].02±.001 [.63±0.03].123 [3.12].240 [6.09].200 (contact area) [.08] [ ] Recommended PC oard Hole Layout For Manual Insertion *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Post Plating/Part Nos. Pos. A Plating A Plating [20.32].400 [10.16] [2.40].600 [1.24] [27.94].700 [17.78] [33.02].900 [22.86] [40.64] [30.48] [0.80] [40.64] [8.42] [48.26] [71.12] [60.96] [83.82] [73.66]

137 AMP-LATCH Low Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline & Kinked Soldertails for PC Retention.02 [0.64] Square Straight Post (with oard Retention Feature) [ ] (2 Plc.).04 [1.14] A.16 [4.19].07±.002 [1.91±0.0] (2 Plc.).36 [9.27] Material and Finish Housing Glass-filled PPA, black, 94V-0 rated Posts Copper alloy, plated with gold flash over [ ] min. palladium-nickel plate on the mating surfaces, [0.0024] min. tin plate on soldertails, with entire post underplated [ ] min. nickel Related Product Data Electrical Characteristics page 134 Mateable Connectors AMPMODU Wire-Applied Receptacles page 220 AMPMODU oard Mount Receptacles pages 179, 180 Short Point Wire-Applied Connectors page 224 *Reflow solder process compatible.140 [3.6] [ 1.02 ] ±.010 [4.69±0.2] ±.003* [2.4±0.08].18 [4.69].02±.001 [0.64±0.03] ±.003* [2.4±0.08].040±.003 [1.02±0.08] Dia [ 0.64 ] [ 0.1 ] [9.78].240 [6.10].200 [.08] (Contact Area).120±.01 [3.0±0.38] Low Profile Headers, Shrouded Recommended PC oard Hole Layout For Manual Insertion *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Post Plating Pos. A Part Nos [20.32].400 [10.16] [2.40].600 [1.24] [27.94].700 [17.78] [33.02].900 [22.86] [3.6] 1 [27.94] [0.80] [40.64] [8.42] [48.26] [71.12] [60.96] [83.82] [73.66]

138 AMP-LATCH Low Profile Headers Shrouded, with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline & Kinked Soldertails for PC Retention (Continued).02 [0.64] Square Right-Angle Post (with oard Retention Feature) Position No.1 Indicator.38 [9.77].16 [4.19].02±.001 [0.64±0.03] A Low Profile Headers, Shrouded Material and Finish Housing Glass-filled PPA, black, 94V-0 rated Posts Copper alloy, plated with gold flash over [ ] min. palladium-nickel plate on the mating surfaces, [0.0024] min. tin plate on soldertails, with entire post underplated [ ] min. nickel Related Product Data Electrical Characteristics page 134 Mateable Connectors AMPMODU Wire-Applied Receptacles page 220 Short Point Wire-Applied Connectors page Plc. [ ].370 [9.40].140 [3.6].18±.010 [4.69±0.2].200 [.08].18 [4.69] ±.003* [2.4±0.08].04 (2 Plc.) [1.14].130 [3.30].07±.002 [1.90±0.0] 2 Plc. ±.003* [2.4±0.08].040±.003 [1.02±0.08] Dia [ 0.64 ] [6.09] (contact area).200 [.08].02±.001 [.63±0.03].123 [3.12] [ ] Recommended PC oard Hole Layout For Manual Insertion *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Post Plating Pos. A Part Nos [20.32].400 [10.16] [2.40].600 [1.24] [27.94].700 [17.78] [33.02].900 [22.86] [8.42] [48.26] [71.12] [60.96]

139 Universal Ejection Style Pin Headers, Military, Center and Dual Polarized, x [2.4 x 2.4] Centers Straight-Thru, 4-Sided.02 [0.64] Sq. Posts.336 [8.3].23 [6.43].31 [8.00].10 [3.81].16 [4.19].190 [4.83].240 [6.10].02 [0.64] Pin Header with Latches.49 [13.94] Position No.1 Indicator.10 [3.81] A C.00 [1.27].02 [0.64].02 [0.64].096 [2.44] Dia. 2 Plc..106 [2.74].107 [2.72].289 [7.34] E Solder Tail Pin Header without Latches Material and Finish Housing & Latches lack thermoplastic, 94V-0 rated Contacts rass or phosphor bronze (at TE s option); Duplex [ ] gold on mating end, [0.0024] min. tin on termination end, with entire contact underplated [ ] nickel Related Product Data Electrical Characteristics page 134 Mateable Connectors AMPMODU Wire-Applied Receptacles page 220 Mounting Information 4-24 self-tapping screws and 2-6 bolts and nuts are available for mounting straight-thru pin headers of pc boards. Typical applications and part nos. for ordering this hardware are presented below. Note: 2-6 bolts and nuts may be used to mount pin headers with and without latches. If latches are to be used, the bolts must be positioned in the pin header before the latches are installed. Note: All part numbers are RoHS compliant. No. of Dimensions Part Number Positions A C D E (Without Latches) [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] Notes: 1. Pin headers in 10- and 14-position sizes have only one slot for snap-in polarizer (military polarization), located as shown. Notes: 2. Pin headers in 10-position size have only slot for dual polarization, located as shown. D 4-24 Self-Tapping Screw (2 Req d.) Pin Header Mounting using 4-24 Self-Tapping Screws: Part No (for.062 [1.7] Thick PC oard) Part No (for.093 [2.36] Thick PC oard) Part No (for.12 [3.18] Thick PC oard).19 [4.9] Note: Used with Header (optional) Latch (sold separately) Part Number Latch (See Note at left.) 2-6 olt & Nut (2 Each Req d.).26 [6.0] Pin Header Mounting with 2-6 olts and Nuts: Part No (olt Only) Kit No (olt and Nut, 2 Each per Kit) 139 Universal Ejection Style Pin Headers

140 Universal Ejection Style Pin Headers, Military, Center and Dual Polarized, x [2.4 x 2.4] Centers (Continued) Right-Angle, 4-Sided.02 [0.64] Sq. Posts.23 [6.43] [8.3] [8.00].10 [3.81].16 [4.19].190 [4.83].02 [0.64] Dia..240 [6.10].038 [0.97] E Solder Tail Pin Header with Latches Pos. No. 1 Indicator.10 [3.81].02 [0.64] A C.00 [1.27].02 [0.64].096 [2.44].107 [2.72].289 [7.34].49 [13.94].108 [2.74] Universal Ejection Style Pin Headers 140 Pin Header without Latches Material and Finish Housing & Latches lack thermoplastic, 94V-0 rated Contacts rass or phosphor bronze (at TE s option); Duplex [ ] gold on mating end, [0.0024] min. tin on termination end, with entire contact underplated [ ] nickel Related Product Data Electrical Characteristics page 134 Mateable Connectors AMPMODU Wire-Applied Receptacles page 220 Mounting Information 4-24 self-tapping screws and 2-6 bolts and nuts are available for mounting straight-thru pin headers of pc boards. Typical applications and part nos. for ordering this hardware are presented below. Note: 2-6 bolts and nuts may be used to mount pin headers with and without latches. If latches are to be used, the bolts must be positioned in the pin header before the latches are installed. Note: All part numbers are RoHS compliant. D.19 [4.9] No. of Dimensions Part Number Positions A C D E (Without Latches) [2.79] [3.94] [2.79] * [3.94] * [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] * [2.79] [3.94] [2.79] [3.94] [2.79] [3.94] Notes: 1. Pin headers in 10- and 14-position sizes have only one slot for snap-in polarizer (military polarization), located as shown. Notes: 2. Pin headers in 10-position size have only slot for dual polarization, located as shown. *lue housing. Latch (See Note at left.) 4-24 Self-Tapping Screw (2 Req d.) Pin Header Mounting using 4-24 Self-Tapping Screws: Part No (for.062 [1.7] Thick PC oard) Part No (for.093 [2.36] Thick PC oard) Part No (for.12 [3.18] Thick PC oard) Note: Used with Header (optional) Latch (sold separately) Part Number olt & Nut (2 Each Req d.).26 [6.0] Pin Header Mounting with 2-6 olts and Nuts: Part No (olt Only) Kit No (olt and Nut, 2 Each per Kit)

141 AMPMODU Stacking Connectors Shrouded,.02 x.02 [0.64 x 0.64] Posts Product Facts Parallel PC board stacking without use of mother boards Provides space between boards for interference-free routing of wire-to-board connections Two header heights available:.78 [19.94] and [30.48] Vertical mount headers are fully shrouded Receptacle contacts have dual cantilever beams with built-in overstress protection.02 [0.64] sq. posts and receptacle contacts on double-row, x [2.4 x 2.4] centers Header posts and receptacle contacts are phosphor bronze, duplex plated Housings are made of flame retardant, glass-filled thermoplastic AMPMODU stacking connectors are a two-piece interconnection system designed for parallel stacking printed circuit boards, without the use of mother boards. Vertical mount headers and receptacle assemblies feature duplex plated posts and receptacle contacts on a double-row, x [2.4 x 2.4] grid. The.02 [ 0.64] sq. header posts are more protected, and the top-entry receptacle contacts utilize the proven AMPMODU receptacle contact design; dual cantilever beams with builtin overstress protection. Headers are available in two heights:.78 [19.94] and [30.48]. This allows the customer to use the height of the header to keep wire-to-board connections up and away from other board components, particularly if the components are densely packaged around the header. Shrouded Stacking Headers 141

142 Receptacle Assemblies, Double-Row oard Mounted Vertical Mount, Top Entry, High Profile, Selectively Loaded (with Standoffs) A.00 [1.27].238 [6.0] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated [ ] min. gold on mating area, [ ] matte tin on solder area, with entire contact underplated [ ] nickel.320 [8.13].02 [0.64] Post Entry.17 [4.4].020 [0.1] (Standoffs).11 [2.92] Shrouded Stacking Headers *.03±.003 [0.89±0.08] Dia. * Recommended PC oard Hole Layout * ±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Receptacle Pos. Assembly A Part No. 48* [60.96] [8.42] (40 Active) * (2 Active) [76.2] [73.66] *In addition to the active positions, each receptacle has four cavities on each end that are not loaded with contacts. These empty cavities aid in aligning the receptacle with header posts during mating. Notes: 1. Part no. and date code stamped on housing where size permits. Notes: 2. These receptacle assemblies mate with headers of the same size as the active positions listed above. Refer to pages 143 and

143 Headers, Double-Row,.78 [19.94] Height.02 x.02 [0.64 x 0.64] Straight Post (with Pin Protection).320 [8.13].090 [2.29].124 [3.1].348 [8.84] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated [ ] min. gold on mating area, [ ] matte tin on solder area, with entire post underplated [ ] nickel.20 [3.81].103 [2.62] Dia. (at Surface) A C.070 [1.78].103 [2.62].02 [0.64] Sq. Posts.340 [8.64].380 [9.6] Min..78 [19.94].40 [11.43].099 [2.1] Dia. (at.340 [8.64] Depth).26 [6.73] D.084 [2.13].268 [6.81].27 [6.99].02 [0.64] Sq. Posts Shrouded Stacking Headers.20±.003 [3.81±0.08].00±.003 [1.27±0.08] *.043±.00 Dia. [1.09±0.13].12 [3.18] Dia. * C Recommended PC oard Hole Layout *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Header Pos. A C D Part No [69.09] [60.96] [48.26] [61.27] [84.33] [76.2] 2.00 [63.] [76.96] Note: These headers mate with receptacle assemblies having the same number of active positions. See page

144 Headers, Double-Row, [30.48] Height.02 x.02 [0.64 x 0.64] Straight Post (with Pin Protection).320 [8.13].090 [2.29].124 [3.1].348 [8.84] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated [ ] min. gold on mating area, [ ] matte tin on solder area, with entire post underplated [ ] nickel.077 [1.96] Dia. (at Surface).340 [8.64].20 [6.3] A C.20 [6.3].040 [1.02].30 [8.89] Min..098 [2.49].02 [0.64] Sq. Posts.86 [21.97] Shrouded Stacking Headers.073 [1.8] Dia. (at.340 [8.64] Depth) [30.48].060 [1.2].27 [6.99].26 [6.73] D.084 [2.13].268 [6.81].02 [0.64] Sq. Posts.20±.003 [3.81±0.08].00±.003 [1.27±0.08] *.043±.00 [1.09±0.13].12 [3.18] Dia. * C Recommended PC oard Hole Layout *±.003 [±0.08] tolerances not to accumulate within one connector pattern. No. of Dimensions Header Pos. A C D Part No [84.33] [76.2] 2.00 [63.] [76.96] Note: This header mates with receptacle assembly having the same number of active positions. See page

145 ACTION PIN Headers Shrouded and Unshrouded Product Facts Straight posted unshrouded and shrouded versions.02 [0.64] square ACTION PIN posts ACTION PIN posts make a gas-tight, press-fit connection in plated-through holes Designed not to damage plated-through holes Unshrouded headers available in selected sizes 1 through 40 positions (single-row) and 4 through 80 positions (double-row) Shrouded headers (doublerow) available in selected sizes of 6 through 60 positions Flame retardant, black thermoplastic housings, 94V-0 rated Centerline spacing Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 164 ACTION PIN Headers 14

146 .02 [0.64] Square Straight Post ACTION PIN Headers Unshrouded, Single-Row, Centerline A.092 [2.34].200 [.08] Ref. (Contact Area).00 [1.27] Max..320 [8.13].090 [2.29].20 [6.3] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel.042 [1.07] * See page 168 for hole dimensions Recommended PC oard Hole Layout *±.003 [±0.08] tolerances not to accumulate within one connector pattern. ACTION PIN Headers, Unshrouded Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 ACTION PIN Posts pages 10, 11 Application Tooling page 12 Technical Documents page 276 See mating connector for applicable product and application specifications Part Nos. No. of Dimensions For.062 For Pos. A [1.7] [ ] Thick PC oards Thick PC oards [2.13] [4.67] [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [30.07] 1 [27.94] [32.61] [30.48] [3.1] [33.02] [37.69] [3.6] [40.23] 1.00 [38.10] [42.77] [40.64] [4.31] [43.18] [47.8] [4.72] [0.39] [48.26] [2.93] [0.80] [.47] 2 [3.34] [8.01] [.88] [60.] [8.42] [63.09] [60.96] [6.63] 2.00 [63.0] [68.17] [66.04] [70.71] [68.8] [73.2] [71.12] [7.79] [73.66] [80.87] 3 [78.74] [91.03] 3.00 [88.90] [101.19] [99.06] Note: To insert header into PC board, use seating tool with arbor tool or air powered machine page

147 ACTION PIN Headers Unshrouded, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post A.00 [1.27] Max..200 [.08] Ref. (Contact Area).320 [8.13].090 [2.29].20 [6.3] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel.042 [1.07] (2 Plc.) * * See page 11 for hole dimensions.192 [4.88] Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 ACTION PIN Posts pages 10, 11 Application Tooling page 12 Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications Recommended PC oard Hole Layout *±.003 [±0.08] tolerances not to accumulate within one connector pattern. Part Nos. No. of Dimensions For For.062 [1.7] Pos. A Thick [ ] PC oards Thick PC oards [4.67] [7.21].200 [.08] [9.7].300 [7.62] [12.29].400 [10.16] [14.83].00 [12.70] [17.37].600 [1.24] [19.91].700 [17.78] [22.4].800 [20.32] [24.99].900 [22.86] [27.3] [2.40] [30.07] 1 [27.94] [32.61] [30.48] [3.1] [33.02] [37.69] [3.6] [40.23] 1.00 [38.10] [42.77] [40.64] [4.31] [43.18] [47.8] [4.72] [0.39] [48.26] [2.39] [0.80] [8.01] [.88] [63.09] [60.96] [7.79] [73.66] [83.41] [81.28] [101.19] [99.06] ACTION PIN Headers, Unshrouded 147

148 ACTION PIN Headers Shrouded with.066 [1.68] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post (with Detent Windows, for [ ] Thick PC oard).066 [1.68] (2 Plc.) C.040 [1.02] (3 Plc.).200 [.08] Ref. (Contact Area).320 [8.13].20 [6.3].400 [10.16] A.090 [2.29] (2 Plc.).090 [2.29] D E.240 [6.10] (2 Plc.) ACTION PIN Headers, Shrouded Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel Related Product Data Mateable Connectors AMPMODU oard Mount Receptacles pages 176, 179, 180 AMPMODU Wire-Applied Receptacles pages AMPMODU MT Receptacles pages 26, 27 ACTION PIN Posts pages 10, 11 Application Tooling page 12 Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications.08 [2.16] * See page 11 for hole dimensions * Recommended PC oard Hole Layout *±.003 [±0.08] tolerances not to accumulate within one connector pattern..440 [11.18] No. of Dimensions Header Pos. A C D E Part Nos [10.46].332 [8.43].200 [.08].106 [2.69] [13.00].432 [10.97].300 [7.62].106 [2.69] [1.4].32 [13.1].400 [10.16].206 [.23] [18.08].632 [16.0].00 [12.70].206 [.23] [20.62].732 [18.9].600 [1.24].306 [7.77] [23.16].832 [21.13].700 [17.78].306 [7.77] [2.70].932 [23.67].800 [20.32].406 [10.31] [28.24] [26.21].900 [22.86].106 [2.69].806 [20.47] [3.86] [33.83] [30.48].106 [2.69] [28.09] [40.94] 1.32 [38.91] [3.6].106 [2.69] [33.17] [46.02] [43.99] [40.64].106 [2.69] 1.06 [38.2] [3.64] [1.61] [48.26].106 [2.69] [4.87] [66.34] 2.32 [64.31] [60.96].106 [2.69] [8.7] [79.04] [77.01] [73.66].106 [2.69] [71.27]

149 ACTION PIN Headers Shrouded with.10 [3.81] End Dimension, Double-Row, x [2.4 x 2.4] Centerline.02 [0.64] Square Straight Post (with Detent Windows, for [ ] Thick PC oard).10 [3.81] (2 Plc.) C.040 [1.02] (3 Plc.).200 [.08] Ref. (Contact Area).320 [8.13].20 [6.3].400 [10.16] A.090 [2.29] (2 Plc.).090 [2.29] D E.240 [6.10] (2 Plc.) Material and Finish Housing lack thermoplastic, 94V-0 rated Posts Copper alloy, duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel Related Product Data Mateable Connectors AMPMODU MTE Receptacles pages 232, 233 ACTION PIN Posts pages 10, 11 Application Tooling page 12 Accessories arrier Insert page 204 Technical Documents page 276 See mating connector for applicable product and application specifications.08 [2.16] * * See page 11 for hole dimensions Recommended PC oard Hole Layout *±.003 [±0.08] tolerances not to accumulate within one connector pattern..440 [11.18] No. of Dimensions Header Pos. A C D E Part Nos [14.73].00 [8.43].200 [.08].190 [4.83] [17.27].600 [10.97].300 [7.62].190 [4.83] [19.81].700 [17.78].400 [10.16].290 [7.37] [22.3].800 [20.32].00 [12.70].290 [7.37] [24.89].900 [22.86].600 [1.24].390 [9.91] [27.43] [2.40].700 [17.78].390 [9.91] [29.97] 1 [27.94].800 [20.32].490 [10.31] [32.1] [30.48].900 [22.86].190 [4.83].890 [22.61] [37.9] [3.6] 1 [27.94].190 [4.83] [27.69] [40.13] 1.00 [38.10] [30.48].190 [4.83] [30.23] [4.21] [43.18] [3.6].190 [4.83] [3.31] [0.29] [48.26] [40.64].190 [4.83] 1.90 [40.39] [7.91] [.88] [48.26].190 [4.83] [48.01] [70.61] [68.8] [60.96].190 [4.83] [60.71] [83.31] [81.28] [73.66].190 [4.83] [73.41] ACTION PIN Headers, Shrouded 149

150 ACTION PIN Press-Fit Posts ACTION PIN Press-Fit Posts The Reliable Plated-Through Hole Interconnect Solderless interconnections have been popular in electrical and electronic applications with world-wide success for decades. They provide reliable electrical and mechanical stability and offer applied-cost savings across the board. For PC board applications, compliant ACTION PIN posts provide these features: Large gas-tight contact zone High reliability due to stored energy More resistant to damage to plated-through holes during installation Especially suited for multilayer PC boards Less costly board manufacturing due to larger hole tolerances compared to use of solid pins Application can be made by end-user Repairability contact can be replaced in the same pin location (two repairs) Installation with no heat cycling of board Permits mass insertion by minimizing forces needed to insert pins as compared to solid pin press-fit application Significant applied-cost savings in many applications Since compliant ACTION PIN posts do not have to be soldered, problems associated with solder are eliminated, such as: Faulty solder joints Solder fumes; contaminants are deposited on the contacts Solder spots; short circuits between printed circuits Flux residuals Thermal strain on printed circuit boards and components Degassing of plated-through holes Solderless press-fit interconnections using compliant pins are primarily integrated in, but not limited to, backplanes. Solderless press-fit interconnections are used in racks, especially where connectors must be fixed on the solder side of the PC board and/or component side. In these applications, the holes for ACTION PIN post connectors are covered during the soldering process and press-fitting is performed after soldering. Other applications for ACTION PIN post interconnections include PC boards that incorporate components using surface mount technology (SMT). Here, too, press-fit interconnections can be applied after soldering, thus eliminating complications associated with connectors suitable for surface mounting. Principle of the Compliant ACTION PIN Post When a compliant ACTION PIN post is inserted into a plated-through hole, two spring members are compressed, exerting force against the hole for a gas-tight connection. The diameter of the hole is smaller than the diagonal size of the pin (see cross-section illustration below). The beam characteristics of the pin are designed so that a plastic, as well as an elastic, deformation takes place during insertion. The two spring members compress to different degrees to accommodate hole tolerances. The compliant pin also reduces strain on the board. With a rigid pin, the elastic strain energy is stored entirely in the board, leading to damage of the plated-through holes. With the compliant ACTION PIN post, the residual force of the elastic deformation maintains stored energy to produce a tight contact zone between the pin and the plated-through hole. This maintains long-term electrical and mechanical reliability of the interconnection. Minimum Hole Dia..037 [0.94] Maximum Hole Dia..043 [1.09] Cross-Section Area of ACTION PIN Press-Fit Post in Printed Circuit oard Holes 10

151 ACTION PIN Press-Fit Posts (Continued) ACTION PIN posts provide a more reliable press-fit connection. Localized pressure in the interface area provides oxide break-through and prevents corrosion better in many of the harshest environments to help provide a reliable connection. Also, radial and axial distortion are controlled to meet today s standards for multilayer board applications. PC oard Thickness ACTION PIN posts are designed for use in a variety of PC board thicknesses. However, certain ACTION PIN posts are to be used in specific ranges of board thicknesses. To promote optimum performance, the recommended board thicknesses provided with the connector being used must be followed. ➄ ➁ ➀ ➂ ➃ ➀ Annular Ring (See Note) ➁ Drilled Hole ➂ Copper Thickness ➃ Tin-lead Thickness ➄ Plated-Through Hole ACTION PIN Press-Fit Posts ACTION PIN Post/PC oard Applications ACTION PIN Contact Drilled Hole Plating Thicknesses Plated-Through Distortion Specification* Material Thickness Diameter ➁ Copper ➂ * Tin-lead ➃ Hole Diameter ➄ Average Maximum.02 [0.64].043 ±.001 [1.11 ±0.03 ] [ ].0003 [0.008]Min [ ].001 [0.038].002 [0.0] *Maximum hardness of copper layer is 10 Knoop. **Radial hole distortion. Note: Recommended annular ring diameter is hole diameter plus.020 [0.1]. 11

152 Application Tooling for AMPMODU Headers with ACTION PIN Posts Application Tooling for ACTION PIN Posts ACTION PIN Post Replacement Tooling Rear Insertion/Extraction Tool No (Ref ) Includes: Impact Tool No Removal Tool No Replacement Tip No Single-Row Connector Seating Tools Tooling Assembly No is used to install single-row AMPMODU headers with ACTION PIN posts into PC boards. Pin headers with ACTION PIN posts allow high speed, solderless back-plane construction through press-fit application. Press fitting connectors to printed circuit boards requires special seating tools which transfer application force directly to the contacts. Force applied to the tool to seat the connectors can be provided by the TE seating machines shown on this page. For tooling information, call the TE Automation Group Double-Row Connector Seating Tools Header Size Tool (No. of Pos.) Assembly No Triple-Row Connector Seating Tools Header Size Tool (No. of Pos.) Assembly No MEP T ASG Servo Electric Presses TE offers a wide range of servo-electric presses for the application of press-fit connectors. Systems are available with varying force capacity, board size capacity and process capability. Each system features realtime force feedback and PC control to allow the highest level of control and traceability. Every connector pressed is monitored to confirm that maximum force is not exceeded and minimum force is met. Each system controls force, height and speed to allow termination of the pressing cycle by force or height parameters. Complete SPC data is available as each connector press cycle is monitored and stored. Please see the matrix below and contact TE Automation Group at for assistance in understanding which system will best meet your needs. AEP 6T Press Model MEP 3T MEP T MEP 6T MEP 12T AEP 12T AEP 6T Description Semi-automatic, benchtop servo-electric press Semi-automatic, benchtop servo-electric press Semi-automatic, stand-alone servo-electric press Semi-automatic, stand-alone servo-electric press Automatic, inline servo-electric press Automatic, stand alone servo-electric press Max Pressing Force Max oard Size (L x W) tons [kn] in [mm] 3 [26.7] 18 x 24 [460 x 610] [44.] 18 x 24 [460 x 610] 6 [3.4] 24 x 36 [610 x 914] 12 [106.8] 30 x 36 [ 762 x 914] 12 [106.8] 36 x 48 [914 x 1219] 6 [3.4] 30 x 36 [762 x 914] 12

153 Application Tooling for Post Insertion TE offers a wide range of application tooling solutions ranging from stand alone manual insertion systems through fully automatic inline systems. Please contact your local TE representative or the TE Tooling Assistance Center at for help in finding the right solution to meet your particular requirements. Modular Insertion System ench Machine No This machine uses TE insertion heads to install a variety of printed circuit board products at rates of 2,000 per hour. The printed circuit board is placed in a oard Holding Fixture which is attached to a two-hand controlled mechanism. The operator moves the board over the machine anvil; a switch in the anvil actuates the machine when the printed circuit board is placed on the anvil. A spotlight illuminates the insertion area. Consult TE for further information on this machine and the insertion heads. Application Tooling for ACTION PIN Posts P300 and P30 Automatic Insertion Machines The P300 and P30 are automatic insertion machines for the application of reeled compliant pin and thru-hole products. Systems are available as stand alone or fully inline with SMEMA compatible conveyor system. Up to 3 different insertion heads can be mounted on a system allowing one machine to apply up to 3 different products. Insertion rates of up to 3 insertions per second on the P300 and up to insertions per second on a P30 are possible (application dependent). PCs up to 1." x 23." [400x600mm] on the P300 and up to 17." x 17." [40x40mm] on the P30 can be processed by high speed XY positioning tables. A wide range of options, including force monitoring, PC vision correct, and PC thickness measurement are available to meet your performance and production flexibility requirements. 13

154 METRIC Dimensions are millimeters over inches ACTION PIN Stacking Connector System (Non-Intermateable with AMPMODU Connectors) Product Facts Can stack multiple printed circuit boards without the need of a mother board Connect bus lines in the shortest possible distance Receptacle assembly has ACTION PIN posts for solderless board mounting Can be mounted onto the board simply by press fitting with Mini-Press Receptacle assembly is easy to service and replace (up to 2 times) Receptacle contacts are of fork design to mate with posts at two points. Virtually eliminates danger of scooping at mating/ unmating Stacking dimensions are 13.4 [.28] or 19.0 [.748] when using receptacle assemblies together, and 13.9 [.47] or 19. [.768] when using a combination of receptacle and post header assemblies Accepts 1.6 [.062] thick boards Housing provided with polarization to help prevent mismating Housing made of chemicalresistant glass-filled PT, black in color Contacts are of copper alloy material with high spring characteristics, gold-overnickel plated Post hood available to protect the post portion of receptacle contacts. Can be selected depending on stacking dimensions Connectors available in sizes of 26, 30, 34, 40, 0 and 60 positions Product specification: ACTION PIN Stacking Connector System ACTION PIN Stacking Connectors are a family of two-piece connectors used to stack multiple printed circuit boards in parallel. They have been developed to provide a more reliable and economical means of compact wiring and highdensity packaging inside a variety of electronic equipment. The connectors have many advanced features: they can be used to connect bus lines in the shortest possible distance without the need of a mother board, thus permitting effective utilization of space above the board; compared with other methods of jumper connection using cable connectors, they make the overall board layout more clean and straight for compact packaging. Contacts are on 2.4 x 2.4 [ x ] grid. The connectors are available in sizes of 26, 30, 34, 40, 0 and 60 positions. ACTION PIN Stacking Connectors consist of a receptacle assembly, a mating post header and a post hood to protect the post portion of the receptacle assembly. A complete description of the ACTION PIN Stacking Connectors is presented on the following page (1). 14

155 METRIC Dimensions are millimeters over inches ACTION PIN Stacking Connector System (Non-Intermateable with AMPMODU Connectors) (Continued) Typical Application Receptacle Assembly The receptacle assembly features reliability and economy characteristic of this product line. The mating portion of its built-in receptacle contacts is a fork design, highly resilient and helps prevent damage to contacts by scooping at mating/ unmating. On the board mount side of the assembly are 0. [.022] square ACTION PIN posts. No soldering is required to mount the assembly on the board, the posts being simply, press fit into the board s 0.82 [.032] diameter holes. Two types of receptacle assemblies are available; one is used with an outermost board and the other with intermediary boards. A solder version is also available for the outer board mount assembly. Post Hood When using the intermediary board mount receptacle assembly, this post hood is used to protect the post portion of the assembly. The post hood is available in two types: one with the housing height of 10.0 [.394] and the other with the housing height of 1.7 [.618]. They can be selected, depending on stacking dimensions. Post Header The post header is mounted onto the outer board on the other side of the board to which an outer board mount receptacle assembly is applied. The post header is preloaded with 0.0 [.022] square soldering posts. These posts are protected by the side walls of the housing. Stacking dimensions provided by this connector line are as follows: When the outer board receptacle and intermediary board receptacle assemblies are used 13.4 [.28] or 19.0 [.748]. When the intermediary board receptacle assembly and the post header assembly are used 13.9 [.47] or 19. [.768]. ACTION PIN Stacking Connector System Receptacle Assembly (For outer board) (ACTION PIN Type) Part No.: Post Hood Part No.: PC oard 1.6 [.062] thickness Stacking Dim [.28], 19.0 [.748] Receptacle + Receptacle Receptacle Assembly (For inner board) (ACTION PIN Type) Part No.: PC oard 1.6 [.062] thickness Post Header (Solder Type) Part No.: Stacking Dim [.47], 19. [.768] Receptacle + Post PC oard 1.6 [.062] thickness 1

156 METRIC Dimensions are millimeters over inches Post Hood (Non-Intermateable with AMPMODU Connectors) A 2.4 [] Pitch X Y Y 0.7 [.030] Hole Dia. The post hood, mounted onto the post of the intermediary receptacle assembly, protects the post and serves as a header assembly when stacking several boards. Material lack glass-filled PT, 94V-0 rated 8.9 [.30] 2.4 [] * X 10.0 [.394] C Section X-X 0.6* [.024] Hole Dia. Section Y-Y Stacking Connectors, Post Hood Acceptable No. of Dimensions (See Note.) Post Hood Post Length Pos. A C Part Nos. For [1.00] [1.200] 10.0 [.394] [.30] [1.700] 33.6 [1.321] 10.0 [.394] or [1.900] [1.600] 10.0 [.394] [.429] 40.9 [2.200] [1.900] 10.0 [.394] (For Stacking Dimension) [2.700] 6.96 [2.97] 10.0 [.394] [.28] [3.200] [2.900] 10.0 [.394] [1.00] [1.200] 1.6 [.614] For 14. [.71] [1.700] 33.6 [1.321] 1.6 [.614] or [1.900] [1.600] 1.6 [.614] [.60] [2.200] [1.900] 1.6 [.614] (For Stacking Dimension) * 19.0 [.748] [2.700] 6.96 [2.97] 1.6 [.614] [3.200] [2.900] 1.6 [.614] *0.60 [.024] dia. applies to 16 holes on both sides, except Part No

157 METRIC Dimensions are millimeters over inches Receptacle Assemblies with ACTION PIN Posts and Solder Posts (Non-Intermateable with AMPMODU Connectors) Receptacle Assembly for Outer oard (With 0. [.022] Square Post) 7.6 [.300] 2.4 [] Y Y A 0. [.020] 16. [.60] lank width 0.69** [.027] 2.4 [] Pitch X 3.7 [.146] 6.4 [.22] Contact Area 3.7 [.146] 6.4 [.22] 2.4 [] Contact Area 11.9 [.469] 0. [.020] 0. [.020] Material and Finish Housing lack glass-filled PT, 94V-0 rated Contacts Copper alloy, plated [ ] gold on contact area and post mating area, gold flash on ACTION PIN tail or [ ] tin on solder tail, with entire contact underplated [.00000] nickel Application Tooling shown on page 162. PC oard Mounting Dimensions Thru hole plating Copper [ ] Finished hole dia ±0.0 [.032 ±.002 ] Finished hole dia. 0.8 ±0.0 [.031 ±.002 ] ACTION PIN Post Land dia. 1.4 [.0] Min. oard Thick 1.6 [.062] PC drill hole 0.9 ±0.02 [.03 ±.0001 ] oard Thick 1.6 [.062] For Outer oard X 2.4 [] Pitch Section Y-Y 2.4 ±0.1 [ ±.004 ] ACTION PIN Area Mating Area 2.4 ±0.1 [ ±.004 ] ±0.1 [±.004] Recommended PC oard Hole Layout 2.4 [] 2.4 [] Post No. of Dimensions (See Note.) Receptacle Type Length Assembly L Pos. A Part Nos [1.402] [1.200] [1.98] 3.6 [1.400] ACTION PIN [1.799] [1.600] * Post [2.098] [1.900] [2.98] [2.400] [3.098] [2.900] [1.402] [1.200] [1.98] 3.6 [1.400] [1.799] [1.600] Solder Post 4.2* [2.098] [1.900] [2.98] [2.400] [3.098] [2.900] ** **After mounted receptacle assembly is on board, dimension of extrude length from board is 2.6 [.102]. **Post Length = 17.0 [.669], lank Width = 0.69 [.027] (see above figure) (finished hole dia. = 1.0 [.039]). L Section X-X ACTION PIN Type L Section X-X Solder Type Stacking Connectors, Receptacles Solder Post 17

158 METRIC Dimensions are millimeters over inches Receptacle Assemblies with ACTION PIN Posts (Non-Intermateable with AMPMODU Connectors) Receptacle Assembly for Inner oard (With 0. [.022] Square Post) 2.4 [] A Y Y 7.6 [.300] 2.4 [] Pitch X 3.7 [.146] 6.4 [.22] Contact Area Material and Finish Housing lack glass-filled PT, 94V-0 rated Contacts Copper alloy, plated [ ] gold on contact area and post mating area, gold flash on ACTION PIN tail or [ ] tin on solder tail, with entire contact underplated [.00000] nickel 11.9 [.469] X Mating Area ACTION PIN Area 0. [.020] L Stacking Connectors, Receptacles Application Tooling shown on page 162. PC oard Mounting Dimensions 2.4 [] Pitch Section Y-Y Section X-X 2.4 [] Thru hole plating Copper [ ] Land dia. 1.4 [.0] Min. oard Thick 1.6 [.062] 2.4±0.1 [±.004] 2.4±0.1 [±.004] [±.004] ±0.1 Recommended PC oard Hole Layout Finished hole dia ±0.0 [.032 ±.002 ] PC drill hole 0.9 ±0.02 [.03 ±.0001 ] For Inner oard Stacking Dimensions 13.4 [.28] Post No. of Dimensions (See Note.) Receptacle Length Assembly L Pos. A Part Nos [1.98] 3.6 [1.400] [1.799] [1.600] [2.098] [1.900] * [2.98] [2.400] [3.098] [2.900] [1.402] [1.200] [1.98] 3.6 [1.400] [1.799] [1.600] [2.098] [1.900] [2.98] [2.400] [3.098] [2.900] *Contact area and post mating area: [ ] min. gold over [.00000] min. nickel plated. 18

159 METRIC Dimensions are millimeters over inches Receptacle Assemblies with ACTION PIN Posts (Non-Intermateable with AMPMODU Connectors) (Continued) For Inner oard (Continued) Stacking Post No. of Dimensions (See Note.) Receptacle Dimensions Length Assembly L Pos. A Part Nos [1.402] [1.200] [1.98] 3.6 [1.400] [.71] [1.799] [1.600] [2.098] [1.900] [2.98] [2.400] [.748] [3.098] [2.900] [1.402] [1.200] [1.98] 3.6 [1.400] [.60] [1.799] [1.600] [2.098] [1.900] [2.98] [2.400] [3.098] [2.900] *Contact area and post mating area: [ ] min. gold over [.00000] min. nickel plated. Stacking Connectors, Receptacles 19

160 METRIC Dimensions are millimeters over inches Post Headers with Solder Posts (Non-Intermateable with AMPMODU Connectors) Post Header (With 0. [.022] Square Post) A 2.4 [] 2.4 [] Pitch Y Y 8.9 [.30] Material and Finish Housing lack glass-filled PT, 94V-0 rated Posts Copper alloy, plated [ ] gold on contact area, [ ] min. tin on solder tail, with entire post underplated [.00000] nickel C 3.7 [.146] X X 2.4 [] Pitch L 8. [.33] 0. [.020] Stacking Connector Post Headers PC oard Mounting Dimensions Finished hole dia. 0.8 ±0.06 [.031 ±.002 ] oard Thick 1.6 [.062] 2.4±0.1 [±.004] Section Y-Y 2.4±0.1 [±.004] ±0.1 [±.004] Recommended PC oard Hole Layout Section X-X Stacking Dimensions Post Length L No. of Dimensions (See Note.) Part Nos. of Post Header Pos. A C Assembly [1.00] [1.200] 10. [.413] [1.700] 3.6 [1.400] 10. [.413] [1.900] [1.600] 10. [.413] [.228] [2.200] [1.900] 10. [.413] * [2.700] [2.400] 10. [.413] [.47] [3.200] [2.900] 10. [.413] [1.00] [1.200] 10. [.413] [1.700] 3.6 [1.400] 10. [.413] [1.900] [1.600] 10. [.413] [.307] [2.200] [1.900] 10. [.413] * [2.700] [2.400] 10. [.413] [3.200] [2.900] 10. [.413] *Contact mating area: [ ] min. gold over [.00000] min. nickel plated. 160

161 METRIC Dimensions are millimeters over inches Post Headers with Solder Posts (Non-Intermateable with AMPMODU Connectors) (Continued) Stacking Dimensions Post Length L No. of Dimensions (See Note.) Part Nos. of Post Header Pos. A C Assembly [1.00] [1.200] 16.1 [.634] [1.700] 3.6 [1.400] 16.1 [.634] [.449] [1.900] [1.600] 16.1 [.634] [2.200] [1.900] 16.1 [.634] [2.700] [2.400] 16.1 [.634] [.768] [3.200] [2.900] 16.1 [.634] [1.00] [1.200] 16.1 [.634] [1.700] 3.6 [1.400] 16.1 [.634] [.28] [1.900] [1.600] 16.1 [.634] [2.200] [1.900] 16.1 [.634] [2.700] [2.400] 16.1 [.634] [3.200] [2.900] 16.1 [.634] *Contact mating area: [ ] min. gold over [.00000] min. nickel plated. Stacking Connector Post Headers 161

162 Application Tooling for ACTION PIN Stacking Connectors Mini-Press 1. Insert connector into the board tentatively (e sure that connector is in the right direction). 2. Attach insertion support plate to the leg portion of connector from below. Application Tooling for ACTION PIN Stacking Connectors No. of Part No. Pos The part numbers above include the Mini-Press unit, insertion support plate and press-fit jig. Mini-Press Unit Part No When ordering a press-fit jig only, consult the table below. Press-fit Jig (separate order) No. of Pos. Part No Also, optional insertion support plates are obtainable by separate order to meet your specific requirements for improved board handling. 3. Set insertion support plate in place by butting it against Mini-Press platform.. Press handle down gently and insert connector into the board. 4. y pressing Mini-Press handle down, rest the press-fit jig against connector. 6. Now connector has been mounted to the board securely. Insertion Support Unit (Option) 162

163 andolier Posts (Uninsulated) Material and Finish andolier rass Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] tin over [ ] nickel on entire post Related Product Data Mateable Connectors Refer to the Mating Post Selection Guide page 90 Accessories End Shrouds page 203 Application Tooling page 13 Technical Documents page 276 See mating connector for applicable product and application specifications. Strip Form Posts (Uninsulated).02 [0.64] Square Posts C.010 [0.2] *.010 C L [0.2].070 of Star [1.78] andolier C A Localized Gold Plate Area Post Recommended A Plated Hole Size for Tin Plated Through Hole.020 PC Pad [0.1] Customer oard [ ].097 [2.46] Max. Dimensions Post Plating/Part Nos. andolier A C D Plating A Plating Plating C Insertion Head.33 [8.97].071 [1.80].424 [10.77].034 [0.86] [8.08].071 [1.80].389 [9.88].034 [0.86] [6.86].071 [1.80].341 [8.66].034 [0.86] [0.79] [4.6].097 [2.46].280 [7.11].031 [0.79] Notes: 1. Posts can be applied using Hand Tool *Point of measurement for plating thickness. 2. Approximate posts per reel 30, The andolier Insertion head can be used on the Comp-U-Sertor II machine or the Modular Insertion System ench machine (see page 13). 4. For PC finishes other than tin, contact TE. *.042 [1.07].01 [0.38].080 [2.03] PC Pad D ±.002 [±0.0].036±.002 [0.91±0.0] Recommended Plated Hole Size for Tin Plated Through Hole Dia. Square Posts andolier and Strip Form Localized Tin Plate Area.020 [0.1].00 [1.27] Customer oard Material and Finish Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on solder area, with entire post underplated [ ] nickel Plating C [ ] gold over [ ] nickel on entire post Plating D [ ] tin over [ ] nickel on entire post Dimensions Post Plating/Part Nos. Post/Tab A C Plating A Plating Plating C Plating D Insertion Head.210 [.33].227 [.77].437 [11.10] [7.06].16 [4.19].443 [11.2] [7.06].284 [7.21].62 [14.27] [7.06].738 [18.7] [2.81] [8.08].16 [4.19].483 [14.27] Notes: 1. Approximate Posts per reel 20,000. *Point of measurement for plating thickness. 2. Other post lengths are available, consult TE. 3. The Post/Tab Insertion Head can be used on the Comp-U-Sertor II machine or the Modular Insertion System ench machine (see page 13). 4. For PC finishes other than tin, contact TE. 163

164 AMPMODU.02 [0.64] Square Continuous Posts Features of.02 [0.64] Square Continuous Posts rass drawn wire for posts.400 to [10.16 to 2.40] overall pin length (.010 [0.2] increments) Plating Options: Tin 1µ in. gold 30µ in. gold Star feature also available enefits Less expensive than bandolier style posts Can be placed on printed circuit boards at any desired centerline Less scrap material (no carrier strip).02 Square Continuous Posts Technical Documents page 276 Application Specification TE now offers AMPMODU.02 [0.64] Square Continuous Posts. These posts can be used instead of the original posts that come on a bandolier style carrier strip. These posts are on a reel, but the posts are notched at the desired length (no carrier strip is needed). This feature allows more versatility by providing post lengths from.400 to [10.16 to 2.40], available in increments of.010 [0.2]. The posts are brass drawn wire and are inserted into a printed circuit board via application tooling at any centerline configuration. They can be used for wire wrap applications or mated to a receptacle. The current rating is 3 amps. The posts are available plated with tin, 1µ in. gold, or 30µ in. gold. Other platings are available upon request. TE application tooling is a modular head (Part Number ) placed on the Modular Insertion System ench Machine (Part Number ) 164

165 AMPMODU.02 [0.64] Square Continuous Posts (Continued) Pre-Plated Tin Part Number Description Square Square with Star Post Length [10.16] [10.41] [10.67] [10.92] [11.18] [11.43] [11.68] [11.94] [12.19] [12.4] [12.70] [12.9] [13.21] [13.46] [13.72] [13.97] [14.22] [14.48] [14.73] [14.99] [1.24] Part Number Description Square Square with Star Post Length [1.49] [1.7] [16.00] [16.26] [16.1] [16.76] [17.02] [17.27] [17.3] [17.78] [18.03] [18.29] [18.4] [18.80] [19.0] [19.30] [19.6] [19.81] [20.07] [20.32] [20.7] Part Number Description Square Square with Star Post Length [20.83] [21.08] [21.34] [21.9] [21.84] [22.10] [22.3] [22.61] [22.86] [23.11] [23.37] [23.62] [23.88] [24.13] [24.38] [24.64] [24.89] [2.1] [2.40] Pre-Plated 1µ in. Gold Part Number Description Square Square with Star Post Length [10.16] [10.41] [10.67] [10.92] [11.18] [11.43] [11.68] [11.94] [12.19] [12.4] [12.70] [12.9] [13.21] [13.46] [13.72] [13.97] [14.22] [14.48] [14.73] [14.99] [1.24] Part Number Description Square Square with Star Post Length [1.49] [1.7] [16.00] [16.26] [16.1] [16.76] [17.02] [17.27] [17.3] [17.78] [18.03] [18.29] [18.4] [18.80] [19.0] [19.30] [19.6] [19.81] [20.07] [20.32] [20.7] Part Number Description Square Square with Star Post Length [20.83] [21.08] [21.34] [21.9] [21.84] [22.10] [22.3] [22.61] [22.86] [23.11] [23.37] [23.62] [23.88] [24.13] [24.38] [24.64] [24.89] [2.1] [2.40].02 Square Continuous Posts Pre-Plated 30µ in. Gold Part Number Description Square Square with Star Post Length [10.16] [10.41] [10.67] [10.92] [11.18] [11.43] [11.68] [11.94] [12.19] [12.4] [12.70] [12.9] [13.21] [13.46] [13.72] [13.97] [14.22] [14.48] [14.73] [14.99] [1.24] Part Number Description Square Square with Star Post Length [1.49] [1.7] [16.00] [16.26] [16.1] [16.76] [17.02] [17.27] [17.3] [17.78] [18.03] [18.29] [18.4] [18.80] [19.0] [19.30] [19.6] [19.81] [20.07] [20.32] [20.7] Part Number Description Square Square with Star Post Length [20.83] [21.08] [21.34] [21.9] [21.84] [22.10] [22.3] [22.61] [22.86] [23.11] [23.37] [23.62] [23.88] [24.13] [24.38] [24.64] [24.89] [2.1] [2.40] 16

166 AMPMODU.04 [1.14] Square Continuous Posts Features of.04 [1.14] Square Continuous Posts rass drawn wire for posts.400 to [10.16 to 2.40] overall pin length (.010 [0.2] increments) Plating Options: Tin 1µ in. gold 30µ in. gold Star feature also available enefits Less expensive than bandolier style posts Can be placed on printed circuit boards at any desired centerline Less scrap material (no carrier strip).04 Square Continuous Posts Technical Documents page 276 Application Specification TE now offers AMPMODU.04 [1.14] Square Continuous Posts. These posts can be used instead of the original posts that come on a bandolier style carrier strip. These posts are on a reel, but the posts are notched at the desired length (no carrier strip is needed). This feature allows more versatility by providing post lengths from.400 to [10.16 to 2.40], available in increments of.010 [0.2]. The posts are brass drawn wire and are inserted into a printed circuit board via application tooling at any centerline configuration. They can be used for wire wrap applications or mated to a receptacle. Potential industries include: building systems, commercial/home equipment, household appliances, home power tools and equipment. The current rating is 7 amps. The posts are available plated with tin, 1µ in. gold, or 30µ in. gold. Other platings are available upon request. TE application tooling is a modular head (Part Number ) placed on the Modular Insertion System ench Machine (Part Number ) 166

167 AMPMODU.04 [1.14] Square Continuous Posts (Continued) Pre-Plated Tin Part Number Description Square Square with Star Post Length [10.16] [10.41] [10.67] [10.92] [11.18] [11.43] [11.68] [11.94] [12.19] [12.4] [12.70] [12.9] [13.21] [13.46] [13.72] [13.97] [14.22] [14.48] [14.73] [14.99] [1.24] Part Number Description Square Square with Star Post Length [1.49] [1.7] [16.00] [16.26] [16.1] [16.76] [17.02] [17.27] [17.3] [17.78] [18.03] [18.29] [18.4] [18.80] [19.0] [19.30] [19.6] [19.81] [20.07] [20.32] [20.7] Part Number Description Square Square with Star Post Length [20.83] [21.08] [21.34] [21.9] [21.84] [22.10] [22.3] [22.61] [22.86] [23.11] [23.37] [23.62] [23.88] [24.13] [24.38] [24.64] [24.89] [2.1] [2.40] Pre-Plated 1µ in. Gold Part Number Description Square Square with Star Post Length [10.16] [10.41] [10.67] [10.92] [11.18] [11.43] [11.68] [11.94] [12.19] [12.4] [12.70] [12.9] [13.21] [13.46] [13.72] [13.97] [14.22] [14.48] [14.73] [14.99] [1.24] Part Number Description Square Square with Star Post Length [1.49] [1.7] [16.00] [16.26] [16.1] [16.76] [17.02] [17.27] [17.3] [17.78] [18.03] [18.29] [18.4] [18.80] [19.0] [19.30] [19.6] [19.81] [20.07] [20.32] [20.7] Part Number Description Square Square with Star Post Length [20.83] [21.08] [21.34] [21.9] [21.84] [22.10] [22.3] [22.61] [22.86] [23.11] [23.37] [23.62] [23.88] [24.13] [24.38] [24.64] [24.89] [2.1] [2.40].04 Square Continuous Posts Pre-Plated 30µ in. Gold Part Number Description Square Square with Star Post Length [10.16] [10.41] [10.67] [10.92] [11.18] [11.43] [11.68] [11.94] [12.19] [12.4] [12.70] [12.9] [13.21] [13.46] [13.72] [13.97] [14.22] [14.48] [14.73] [14.99] [1.24] Part Number Description Square Square with Star Post Length [1.49] [1.7] [16.00] [16.26] [16.1] [16.76] [17.02] [17.27] [17.3] [17.78] [18.03] [18.29] [18.4] [18.80] [19.0] [19.30] [19.6] [19.81] [20.07] [20.32] [20.7] Part Number Description Square Square with Star Post Length [20.83] [21.08] [21.34] [21.9] [21.84] [22.10] [22.3] [22.61] [22.86] [23.11] [23.37] [23.62] [23.88] [24.13] [24.38] [24.64] [24.89] [2.1] [2.40] 167

168 Receptacle Assemblies, Horizontal Mount Horizontal Mount, Receptacle Assemblies Product Facts All receptacle assemblies are end stackable Contact design employs dual cantilever beams with built-in anti-overstress feature Closed entry housings help prevent post stubbing Wide range of sizes available Other versions available upon request Housings made of high temperature, surface mount compatible thermoplastic material, 94V-O rated Duplex gold and matte tin plated contacts have full nickel underplate Housings feature PC board standoffs Solder tails accommodate a PC board thickness of.062 [1.7] Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 Horizontal Mount receptacle assemblies are designed to reliably and economically meet the packaging and interconnection requirements of today s electronics industry, generally for applications using the mother/daughter board arrangement. This product line is offered in both single and double row configurations. The centerline assemblies are available in a wide range of position sizes. They have end stacking capability which gives the added advantage of flexibility. The housings are made of high temperature, surface mount compatible thermoplastic material that is 94V-0 rated. Contacts are phosphor bronze, fully underplated with nickel to help prevent corrosion and are available in three plating options. The receptacle contact is an established proven design with a fully enclosed, one-piece box to protect the contact area. In addition, the receptacle contact has dual cantilever beams with a built-in anti-overstress feature. Standard solder tails accommodate a board thickness of.062 [1.7]. Performance Characteristics 168 Mechanical Characteristics Mating Force 6.0 oz. [1.67N] per contact (max.) Unmating Force.7 oz. [0.21N] per contact (min.) during third mating cycle Durability 200 cycles Environmental Characteristics Operating Temperature -6 C to +12 C Electrical Characteristics Current Rating 3.0 amperes (max.) for single contact; 2.0 amperes (max.) per contact when connector is fully energized Contact Resistance 12 milliohms (max.) Insulation Resistance 000 megohms (min.) between adjacent contacts Dielectric Withstanding Voltage (at sea level) 70 V rms

169 Mod II Receptacle Assemblies, Single-Row, Centerline Closed Entry, End Stackable, Short Point-of-Contact, with Standoffs.320 [8.13] A.00 [1.27] (2 Plc.).174 Max. [4.42] (Point-of-Contact) Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 168 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. Keying Plug Part No (Plugs into receptacle contact) Material Natural color nylon.137 [3.48] 1 2 Pos. Ref. PC oard (Ref.).03 ±.003 [0.89 ±0.08 ] Dia. *.069 [1.7] Recommended PC oard Hole Layout (for.062 [1.7] thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. Post Entry.11 [2.92].12 [3.18] (Localized Gold Plate Area) C L.310 [7.87] [ ] C L.310 [7.87] No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [.08] [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] [76.20] [73.66] [101.60] [99.06] Note: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 169 Horizontal Mount, Receptacle Assemblies

170 Mod II Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centerlines Closed Entry, End Stackable, Short Point-of-Contact, with Standoffs.320 [8.13] A.00 [1.27] (2 Plc.).174 Max. [4.42] (Point-of-Contact) Post Entry.238 [6.0].118 [3.00] (Localized Gold Plate Area) Horizontal Mount, Receptacle Assemblies Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 168 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. 1 2 Pos. Ref. PC oard (Ref.).03 ±.003 [0.89 ±0.08 ] Dia..069 [1.7] *.11 [2.92].12 [3.18] (Localized Gold Plate Area).310 [7.87] Recommended PC oard Hole Layout (for.062 [1.7] thick PC board) *±.003 [±0.08] tolerances not to accumulate within one connector pattern. C L [7.87] No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [.08] [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] [63.0] [60.96] [76.20] [73.66] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies [6.0] minimum positive pin stop to prevent shorting between row. [ ] C L 170

171 Mod II Surface Mount Horizontal Receptacle Assemblies, x [2.4 x 2.4] Centerline Product Facts Surface mount leads All receptacle assemblies are end stackable Contact design employs dual cantilever beams with built-in anti-overstress feature Closed entry housings help prevent post stubbing Housings made of high temperature, surface mount compatible thermoplastic material, 94 V-0 rated Duplex gold and matte tin plated contacts have full nickel underplate Housings feature PC board standoffs Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 Horizontal surface mount receptacle assemblies are designed to reliably and economically meet the packaging and interconnection requirements of today s electronics industry as process technologies evolve from wave soldering to surface mount processing. This broad product line is offered in both single and double row configurations. The centerline assemblies are available in 2-40 (single row) positions and 4-80 (double row) positions. Housings are end stackable, which gives the advantage of added flexibility. The housings are made of high temperature material that is 94V-0 rated. Contacts are phosphor bronze, fully underplated with nickel to help prevent corrosion and are available in three plating options. The receptacle contact is an established proven design, with a fully enclosed one-piece "box" to protect the contact beams with built-in anti-overstress feature. Horizontal Mount, Receptacle Assemblies Performance Characteristics Mechanical Characteristics Mating Force 6.0 oz. [1.67N] per contact (max.) Unmating Force.7 oz. [0.21N] per contact (min.) during third mating cycle Durability 200 cycles Environmental Characteristics Operating Temperature -6 C to +12 C Electrical Characteristics Current Rating 3.0 amperes (max.) for single contact; 2.0 amperes (max.) per contact when connector is fully energized Contact Resistance 12 milliohms (max.) Insulation Resistance 000 megohms (min.) between adjacent contacts Dielectric Withstanding Voltage (at sea level) 70 V rms 171

172 Mod II Receptacle Assemblies, Single-Row, Surface Mount Centerline Closed Entry, End Stackable, Short Point-of-Contact, with Standoffs.320 [8.13] A Horizontal Mount, Receptacle Assemblies Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel.137 [3.48] [0.20] [0.13].36 [9.04] Pos. No. Ref. X X.060 [1.2].069 [1.7].00 [1.27].388±.010 [9.8±0.2] Section X X.174 Max. [4.42] (Point-of-Contact).12 [3.18] (Localized Gold Plate Area) Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 171 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. Keying Plug Part No (Plugs into receptacle contact).090 [2.29] Recommended Etched Circuit Layout (for.040 [1.02] min. thick PC oard;.008 [0.20] thick stencil) No. of Dimension Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [.08] [7.62] [10.16] [12.70] [1.24] [17.78] [20.32] [22.86] [2.40] [27.94] [30.48] [33.02] [3.6] [38.10] [40.64] [43.18] [4.72] [48.26] [0.80] [76.20] [101.60] Material Natural color nylon

173 Mod II Receptacle Assemblies, Double-Row, Surface Mount Centerline Closed Entry, End Stackable, Short Point-of-Contact, with Standoffs.320 [8.13] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 171 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. Note: All part numbers are RoHS compliant [0.20] [0.13].36 [9.04] No. of Dimension Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [.08] [7.62] [10.16] [12.70] [1.24] [17.78] [20.32] [22.86] [2.40] [27.94] [30.48] [33.02] [3.6] [38.10] [40.64] [43.18] [4.72] [48.26] [0.80] [63.0] [76.20] A.069 [1.7].00 [1.27] Ref..238 [6.0].060 [1.2].090 [2.29] Recommended Etched Circuit Layout (for.040 [1.02] min thick PC oard;.008 [0.20] thick stencil).26 [6.1] Post Stop.388±.010 [9.8±0.2].174 [4.42] Max. (Point-of-Contact).118 [3.00] (Localized Gold Plate Area).12 [3.18] (Localized Gold Plate Area) 173 Horizontal Mount, Receptacle Assemblies

174 Receptacle Assemblies, Vertical Mount Vertical Mount, Receptacle Assemblies Product Facts Dual-cantilever beam contact with box design Single-row assemblies have centerline contact spacing; double-row assemblies have x [2.4 x 2.4] centerline contact spacing 3 through 40 positions in single-row assemblies; 2 through 80 positions in double-row assemblies Mod II Standard.340 [8.64] and Mod IV low.26 [6.73] profiles Mod II and Mod IV profiles available in dual entry Duplex gold and matte tin plated contacts have full nickel underplate Thermoplastic housings, 94V-0 rated Standoffs for easy flux cleaning All throughhole assemblies are end stackable Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 Vertical receptacle assemblies are designed to reliably and economically meet the packaging and interconnection requirements of today s electronics industry. This broad product line offers a wide variety of assembly styles and features. They are available in dual entry style, in both single and double row configurations. The centerline assemblies are available in 3-40 (single row) positions and 2-80 (double row) positions. Standard and low profile housings which are end stackable also enhance the product line giving the advantage of added flexibility. The housings are made of flame retardant material that is 94 V-0 rated. Contacts are phosphor bronze, fully underplated with nickel to help prevent corrosion and are available in three plating options. The receptacle contact is an established proven design, with a fully enclosed one-piece box to protect the contact beams. These assemblies are offered in.26 [6.73] (Mod IV) and.340[8.64] (Mod II) high profiles. Standard solder tails accommodate board thickness of.062 [1.7]. Product styles include single and dual tine variations. Outrigger tine styles are also available for bottom entry parallel board stacking applications. 174 Performance Characteristics Mechanical Characteristics Mating Force 9.0 oz. [2.N] per contact (max.) Unmating Force 1. oz. [0.42N] per contact (min.) Durability (Tested to) 200 cycles Environmental Characteristics Operating Temperature -6 C to +12 C Electrical Characteristics Current Rating 3.0 amperes (max.) for single contact; 2.0 amperes (max.) per contact when connector is fully energized Contact Resistance 12 milliohms (max.) Insulation Resistance 000 megohms (min.) between adjacent contacts Dielectric Withstanding Voltage (at sea level) 70 V rms

175 Mod II Receptacle Assemblies, Single-Row, Centerline Closed Top Entry, End Stackable, with Single Tine Contacts X.020 [0.1] (Standoffs).340 [8.64] X Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel.140 [3.6] ±.003 [2.4±0.08] A.00 [1.27] Max..148 [3.76].107 [2.72] (Localized Gold Plate Area) Recommended PC oard Hole Layout.03±.003 [0.89±0.08] Point of Contact Dia..11 [2.92] Ref. Vertical Mount, Receptacle Assemblies Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 174 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. Keying Plug Part No (Plugs into receptacle contact) Material Natural color nylon No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] [76.20] [73.66] [101.60] [99.06] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension. 17

176 Mod II Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centerline Closed Top Entry, Side and End Stackable x [2.4 x 2.4] Centerline, Tine Spacing.020 [0.1] (Standoffs) Vertical Mount, Receptacle Assemblies 176 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 174 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. Keying Plug Part No (Plugs into receptacle contact) Material Natural color nylon.00 [1.27] Max..198 [.03] No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [.08] [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension. A.03±.003 Dia. [0.89±0.08].340 [8.64] ±.003 [2.4±0.08] Recommended PC oard Hole Layout (for.062 [1.7] thick PC board).148 [3.77].107 [2.72] (Localized Gold Plate Area).11±.010 [2.92±0.2] Ref. Point of Contact

177 Mod IV Receptacle Assemblies, Single-Row, Centerline Dual Entry, End Stackable, Low Profile with Dual Tine Contacts Contact.020 [0.1].268 [6.79].247 Ref. [6.29] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 174 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. Keying Plug Part No (Plugs into receptacle contact).140 [3.6].00 [1.27] 2 Plcs. Recommended PC oard Hole Layout A A A.148 [3.76].108 [2.74] Ø [ ] Section A-A.11 [2.92] No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] [76.20] [73.66] [101.60] [99.06] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension and.062 for recommended board thickness. Vertical Mount, Receptacle Assemblies Material Natural color nylon 177

178 Mod IV Receptacle Assemblies, Single-Row, Centerline Closed Top Entry, End Stackable, Low Profile with Single Tine Contacts X.020 [0.1] (Standoffs).24 [6.22] X Vertical Mount, Receptacle Assemblies Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 174 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE..140 [3.6] ±.003 [2.4±0.08] A.00 [1.27] Max. Recommended PC oard Hole Layout (for.062 [1.7] thick PC board).148 [3.76].107 [2.72] (Localized Gold Plate Area).03±.003 Dia. [0.88±0.08] Point of Contact Section XX No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] [76.20] [73.66] [101.60] [99.06] Notes: 1. TE recommends mating gold or duplex plated headers with select gold plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension..12 [3.18] Ref. 178

179 Mod IV Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centerline Closed Top Entry, End and Side Stackable, Low Profile, x [2.4 x 2.4] Centerline, Tine Spacing.020 [0.1] (Standoffs) Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 174 Technical Documents page 276 Product Specification Application Specification [1.27] Max..198 [.03] A.03±.003 [0.89±0.08] Dia..24 [6.22] ±.003 [ ] Recommended PC oard Hole Layout No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [.08] [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension..148 [3.77].107 [2.72] (Localized Gold Plate Area).12±.010 [3.18±0.2] Point of Contact Vertical Mount, Receptacle Assemblies 179

180 Mod IV Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centerline (Continued) Vertical Mount, Receptacle Assemblies Keying Plug Part No (Plugs into receptacle contact) Material Natural color nylon No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C 42 2 [3.34] [0.80] [.88] 2 [3.34] [8.42] [.88] [60.96] [8.42] [63.0] [60.96] [66.04] 2.00 [63.0] [68.8] [66.04] [71.12] [68.8] [73.66] [71.12] [76.20] [73.66] [78.74] [76.20] [81.28] 3 [78.74] [83.82] [81.28] [86.36] [83.82] [88.90] [86.36] [91.44] 3.00 [88.90] [93.98] [91.44] [96.2] [93.98] [99.06] [96.2] [101.60] [99.06] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension. 180

181 Mod IV Receptacle Assemblies, Single-Row, Outrigger Design x [2.4 x 2.4] Centerline, End To End Stackable Dual Entry, End Stackable, Low Profile, x [2.4 x 2.4] Centerline,.200 [.08] Tine Spacing.020 [0.1] (Standoffs).24 [6.22].12±.010 [3.17±0.2] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Note: All part numbers are RoHS compliant..140 [3.6].140 [3.6] A [ ] Recommended PC oard Hole Layout No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] [76.20] [73.66] [101.60] [99.06] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension and add.062 [1.7] for recommended board thickness if used in bottom entry application..03 [1.34].03±.003 [0.89±0.08] Dia..148 [3.77].107 [2.72] (Localized Gold Plate Area).200 [.08] Point of Contact.200±.003 [.08±0.08] 181 Vertical Mount, Receptacle Assemblies

182 Mod IV Receptacle Assemblies, Double-Row, Outrigger Design, x [2.4 x 2.4] Centerline, End to End Stackable Dual Entry, End Stackable, Low Profile, x [2.4 x 2.4] Centerline,.300 [7.62] Tine Spacing.020 [0.1] (Standoffs).24 [6.22] Vertical Mount, Receptacle Assemblies 182 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 174 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. Keying Plug Part No (Plugs into receptacle contact) Material Natural color nylon.00 [1.27] Max..198 [.03] A.03±.003 Dia. [0.89±0.08] ±.003 [2.4±0.08] Recommended PC oard Hole Layout No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [.08] [7.62].200 [.08] [10.16].300 [7.62] [17.78].600 [1.24] [22.86].800 [20.32] [2.40].900 [22.86] [30.48] 1 [27.94] [38.10] [3.6] [4.72] [43.18] [0.80] [48.26] [60.96] [8.42] [63.0] [60.96] [76.20] [73.66] [96.2] [93.98] [101.60] [99.06] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension and.062 for recommended board thickness if used in bottom entry application Dia [ ].148 [3.77].107 [2.72] (Localized Gold Plate Area) Point of Contact.300 [7.62].12±.010 [3.17±0.2]

183 Mod. IV Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centerline Closed Dual Entry, Side and End Stackable Low Profile, x [2.4 x 2.4] Centerline,.10 [3.81] Tine Spacing.020 [0.1] (Standoffs) Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to the Mating Post Selection Guide page 90 Performance Characteristics page 174 Technical Documents page 276 Product Specification Application Specification Note: All part numbers are RoHS compliant..198 [.03] Dia [ ].00 [1.27] Max. A * ±.003 [2.4±0.08].24 [6.22] Recommended PC oard Hole Layout for ottom Entry or Pass Through Applications *±.003 [±0.08] tolerances not to accumulate within one connector pattern..03±.003 [0.89±0.08].148 [3.77].107 [2.72] (Localized Gold Plate Area) Dia. Point of Contact.10 [3.81].130±.010 [3.30±0.2] Recommended PC oard Hole Layout for Top Entry No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C [.08] [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension, and.062 [1.7] for recommended board thickness if used in bottom entry application..10 [3.81] 183 Vertical Mount, Receptacle Assemblies

184 Mod. IV Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centerline (Continued) No. of Dimensions Contact Plating/Part Nos. Pos. A Plating A Plating Plating C 42 2 [3.34] [0.80] [.88] 2 [3.34] [8.42] [.88] [60.96] [8.42] [63.0] [60.96] [66.04] 2.00 [63.0] [68.8] [66.04] [71.12] [68.8] [73.66] [71.12] [76.20] [73.66] [78.74] [76.20] [81.28] 3 [78.74] [83.82] [81.28] [86.36] [83.82] [88.90] [86.36] [91.44] 3.00 [88.90] [93.98] [91.44] [96.2] [93.98] [99.06] [96.2] [101.60] [99.06] Vertical Mount, Receptacle Assemblies 184

185 Mod IV Surface Mount Vertical Receptacle Assemblies, x [2.4 x 2.4] Centerline Product Facts Surface Mount Leads Contact Material: phosphor bronze High temperature, black thermoplastic housings, 94V-0 rated, capable of withstanding IR or vaporphase reflow Gold/tin duplex plating for reliable mating interconnection and solder interface Metallic hold downs provide retention in the PC board prior to and during the reflow process and strain relief after soldering Hold downs provide for proper lead-to-pad registration Closed-entry receptacle housings provide lead-in ramp for positive mating Receptacle contacts employ dual cantilever beams for reliable connections Recognized under the Component Program of Underwriters Laboratories Inc. R File No. E28476 Certified by Canadian Standards Association, R File No. LR 7189 The AMPMODU 0.02 [0.64] square interconnection system is an industry standard that has provided level III and IV thru-hole interconnections to almost every industry and marketplace for years. As technology advances, so has the AMPMODU product line. Surface mount vertical receptacle assemblies are available to meet your level II packaging needs as process technologies evolve from wave soldering to surface mount reflow (infrared and vapor-phase) processes. AMPMODU surface mount receptacle assemblies are offered in vertical dual entry configurations. These receptacles are available in single-row and double-row configurations with a contact centerline spacing of x [2.4 x 2.4]. AMPMODU surface mount vertical receptacle assemblies continue to provide the proven features and benefits of their thru-hole counterparts in the AMPMODU product family. Closed-entry style housing design provides a lead-in ramp for positive mating of contacts, virtually eliminating the possibility of stubbing. The dual-beam receptacle contact design, coupled with gold plating in the contact area, provides a reliable interface. Tin plating on the solder tails also enhances solderability. The incorporation of compliant metallic hold downs on receptacle assemblies offers multiple benefits. The hold downs provide for proper lead-topad registration and provide retention to the PC board prior to and during processing. Used with a plated thru-hole, the hold downs are soldered during the reflow process and serve as a strain relief for the solder joints during mating/unmating. The design of the hold downs results in an excellent ratio of insertion/extraction forces (into the PC board); 20 lb. [89 N] maximum insertion force per pair and 10 lb. [44. N] minimum extraction force per pair (unsoldered). No tools are required for insertion. Surface Mount Receptacle Assemblies 18

186 Mod IV Surface Mount Vertical Receptacle Assemblies, x [2.4 x 2.4] Centerline (Continued) Performance Specifications Voltage Rating: 20 VAC Current Rating: 3.0 amperes (max.) for single contact; 2.0 amperes (max.) per contact when connector is fully energized Operating Temperature Range (Receptacle Assemblies): 6 C to +12 C Operating Temperature Range (Headers): -6 C to +10 C Dielectric Withstanding Voltage: 70 VAC Termination Resistance: 12 milliohms (max.) Insulation Resistance: 000 megohms (min.) Mating Force (Receptacle Assemblies): 9.0 oz. [2.0N] (max.) per contact Unmating Force (Receptacle Assemblies): 1. oz. [0.42N] (min.) per contact Durability: Tested to 200 cycles (min.) for [ ] gold plated contacts Surface Mount Receptacle Assemblies 186

187 Mod IV Receptacle Assemblies, Single-Row, Surface Mount, Centerline with Compliant Pin Hold Downs Surface Mount, Single-Row, Dual Entry with Compliant Pin Holddowns.038 [0.97] [ 0.64 ].020 Standoffs [0.1].26 [6.73] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to Mating Post Selection Guide page 90 Performance Specifications page [3.6] D D P.C. oard.069 [1.7].07 [1.91].042±.003 [1.07±0.08] Dia..040±.003 [1.02±0.08] Dia. (For bottom entry or pass thru applications).110 [2.79] C A.060 [1.2] Min. Recommended PC oard Pad Pattern (.008 [0.20] thick stencil) C.228 [.78].090 [2.28].042±.003 [1.07±0.08] Dia..042±.003 [1.07±0.08] Dia..107 [2.72].148 [3.77] (Localized Gold Plate Area) Point of Contact.208 [.28] Max. (Depressed) Packaged in Tubes Packaged in Tape & Reel No. of Dimensions Contact Plating/ Part Nos. Contact Plating/ Part Nos. Pos. A C D Plating A Plating Plating C Plating A Plating Plating C 3.00 [12.70].200 [.08] See note [10.16] [1.24].300 [7.62] See note 3.00 [12.70] [17.78].400 [10.16] See note [1.24] [20.32].00 [12.70] See note [17.78] [22.86].600 [1.24] See note [20.32] [2.40].700 [17.78] See note [22.86] [27.94].800 [20.32] See note [2.40] [30.48].900 [22.86] See note 3 1 [27.94] [33.02] [2.40] See note [30.48] [3.6] 1 [27.94] See note [33.02] [38.10] [30.48] See note [3.6] [40.64] [33.02] See note [38.10] [43.18] [3.6] See note [40.64] [4.72] 1.00 [38.10] See note [43.18] [48.26] [40.64] See note [4.72] [0.80] [43.18] See note [48.26] [3.34] [4.72] See note [0.80] [.88] [48.26] See note 3 2 [3.34] [81.28] [73.66] See note 3 3 [78.74] [109.22] 4 [104.14] 2 [3.34] [106.68] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension, and.062 [1.7] for recommended board thickness if used in bottom entry application 3. No center hold down. Surface Mount Receptacle Assemblies 187

188 Mod IV Receptacle Assemblies, Single-Row, Surface Mount, x Centerline End To End Stackable without Compliant Pin Holddowns Surface Mount,Single-Row, Dual Entry, End to End Stackable.020 [0.1] Standoff.26 [6.73] Surface Mount Receptacle Assemblies 188 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to Mating Post Selection Guide page 90 Performance Specifications page 186 A Packaged in Tubes Packaged in Tape & Reel No. of Dimensions Contact Plating/ Part Nos. Contact Plating/ Part Nos. Pos. A Plating A Plating Plating C Plating A Plating Plating C [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86]].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] [76.20] [73.66] [101.60] [99.06] Notes: 1. TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension, and.062 [1.7] for recommended board thickness if used in bottom entry application..228 [.78].060 [1.2] Min..090 [2.28] Recommended PC oard Pad Pattern (.008 [0.20] thick stencil).140 [3.6].040±.003 Dia. [1.02±0.08] (For bottom entry or pass through applications).107 [2.72] (Localized Gold Plate Area).148 [3.77] Point of Contact.208 [.28] Max.

189 Mod IV Surface Mount Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centers Surface Mount,Double Row, Dual Entry with Holddowns.00 [1.27] A Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] matte tin on solder leads, all over [ ] nickel Related Product Data Mateable Headers Refer to Mating Post Selection Guide page 90 Performance Specifications page 186 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE..020 [0.1].004 [0.10].26 [6.73].090 [2.29].040±.003 [1.02±0.08] D.027±.002 [0.69±0.0] C.198 [.03].083 [2.12].148 [3.76].110 [2.79] ±.003 [1.02±0.08].040 [1.02] (For bottom entry or pass thru applications) Recommended PC oard Layout (.008 [0.20] thick stencil).060 [1.2] [6.0] Point of Contact.07 [1.91].107 [2.72] (Localized Gold Plate Area).266 [6.7] Surface Mount Receptacle Assemblies Keying Plug Part No (Plugs into receptacle contact) Material Natural color nylon 189

190 Mod IV Surface Mount Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centers (Continued) Packaged in Tubes Packaged in Tape and Reel Dimensions No. of Contact Plating/Part Nos. Contact Plating/Part Nos. A C D Pos. Plating A Plating Plating C Plating A Plating Plating C [17.78].400 [10.16].600 [1.24] See Note [22.86].600 [1.24].800 [20.32] See Note [30.48].900 [22.86] 1 [27.94] See Note [33.02] [2.40] [30.48] See Note [38.10] [30.48] [3.6] See Note [43.18] [3.6] [40.64] See Note [48.26] [40.64] [4.72] See Note [0.08] [43.18] [48.26] See Note [.88] [48.26] 2 [3.34] See Note [63.0] [.88] [60.96] See Note [68.8] [60.96] [66.04] See Note [83.82] [76.20] [81.28] See Note [86.36] 3 [78.74] [83.82] See Note [88.90] [81.28] [86.36] See Note [9.98] [86.36] [91.44] See Note [109.22] [99.06] [106.68] 2 [3.34] Surface Mount Receptacle Assemblies Notes: 1. No center holddown. 2. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension and.062 [1.7] for recommended board thickness in bottom entry applications. 190

191 Mod IV Surface Mount Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centerline Surface Mount,Double Row, Dual Entry End to End Stackable A.198±.002 [.03±0.0].00 [1.27] Max. Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating Duplex [ ] gold on contact area, [ ] matte tin on solder area all over [ ] nickel Plating C [ ] tin-lead over [ ] nickel.26 [6.73].020 [0.1].004 [0.10].027±.002 [0.69±0.0].148 Point of [3.76] Contact.107 [2.72] (Localized Gold Plate Area).266 [6.7].238 [6.0] Surface Mount Receptacle Assemblies Related Product Data Mateable Headers Refer to Mating Post Selection Guide page 90 Performance Specifications page [2.29].040 [1.02].060 [1.2] Recommended PC oard Pad Layout (.008 [0.20] thick stencil) (for ottom Entry and Pass Through applications) Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes are available; minimum order quantities may apply. Consult TE. Keying Plug Part No (Plugs into receptacle contact) Material Natural color nylon 191

192 Mod IV Surface Mount Receptacle Assemblies, Double-Row, x [2.4 x 2.4] Centerline (Continued) Packaged in Tubes Packaged in Tape & Reel No. of Dimensions Contact Plating/ Part Nos. Contact Plating/ Part Nos. Pos. A Plating A Plating Plating C Plating A Plating Plating C [12.70].400 [10.16] [17.78].600 [1.24] [2.40].900 [22.86] [27.94] [2.40] [33.02] [30.48] [38.10] [3.6] [43.18] [40.64] [4.72] [43.18] [0.80] [48.26] [8.42] [.88] [63.0] [60.96] [78.74] [76.20] [81.28] 3 [78.74] [83.82] [81.28] [88.90] [86.36] [101.60] [99.06] Notes: 1. To obtain the minimum mating post length, add.020 [0.1] (not including the post lead in chamfer) to the maximum point-of-contact dimension and.062 [1.7] for recommended board thickness in bottom entry applications. Surface Mount Receptacle Assemblies 192

193 Product Facts Two-Piece reliability Two- and three-row systems available Short signal path for VLSI applications Receptacles employ dual cantilever beams and builtin anti-overstress to provide reliable connections uilt-in guides provide alignment before contact engagement Closed entry receptacle housings provide lead-in ramp for positive mating of contacts Shrouded headers provide full pin protection Polarized headers Vertical headers available with ACTION PIN posts or.02 [0.64] square solder posts Repairable ACTION PIN posts Simple seating tooling for headers with ACTION PIN posts Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards Association, R File No. LR 7189 Two-Piece Printed Circuit oard Connectors ACTION PIN Posts Solder Posts Receptacle Contact (Double eam with Anti-Overstress) oard Retention Feature Available Printed Circuit oard Connectors 3-Row Header Row Closed Entry Receptacle Horizontal Receptacle Vertical Receptacle Note: All part numbers are RoHS compliant Vertical Header with ACTION PIN Posts /4 Shroud, Right Angle Header Horizontal Receptacle Double-Row Make First/reak Last Header (Part Nos. available upon request) For drawings, technical data or samples, contact your TE sales engineer or call the TE Product Information Center:

194 Two-Piece Printed Circuit oard Connectors (Continued) AMPMODU Two-Piece Printed Circuit oard connectors are designed to reliably and economically meet the packaging and interconnection requirements of today s sophisticated electronics. The double row system is produced in 10 thru 200 positions in the vertical headers and horizontal receptacles, and 10 thru 160 positions in the right angle headers and vertical receptacles. The AMPMODU three-row connector system is produced in 30 through 300 positions (straight post headers and mating horizontal receptacles). oth two- and three-row vertical headers are available with press-fit ACTION PIN posts or standard.02 [0.64] square solder posts. There is a simple seating tool for headers with ACTION PIN posts. A board retention feature is offered in the two-row horizontal receptacles, two-row right angle headers and two- and three-row vertical headers. uilt-in guides assure accurate header and receptacle alignment before contact engagement. Closed entry receptacle housings provide a lead-in ramp for positive mating of contacts. Printed Circuit oard Connectors Performance Specifications Current Rating 3 amperes max. for single contact; 2 amperes max. per contact for fully energized connector Voltage Rating 20 VAC Dielectric Rating 70 VAC rms between contacts for one minute Termination Resistance 12 milliohms max. at 100 milliamperes test current, and 0 millivolts open circuit voltage Insulation Resistance 1000 megohms after temperature/humidity cycling Temperature Rating Headers and Receptacles 6 C to +12 C (black thermoplastic housings, 94V-0 rated) Durability (Tested to) 200 cycles for [ ] gold plating; 7 cycles for [ ] gold plating Mating Force 8 oz. [2.22N] maximum per contact Unmating Force.7 oz. [0.2N] minimum per contact during third mating cycle 194

195 Horizontal Mount (with Guide Pin Slots and Standoffs) Receptacle Assemblies, oard Mount, Double-Row, Closed Entry, x [2.4 x 2.4] Centerline.320 [8.13] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] matte tin on solder area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] matte tin on solder area, with entire contact underplated [ ] nickel Related Product Data Mateable Headers pages 198, 199 Performance Specifications page 194 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes and solder tail lengths are available; minimum order quantities may apply. Consult TE..144 [3.66] Dia. (2 Plc.).11 or.14 [2.92 or 3.68] (See Note 2) Standard Solder Tails.310±.002 [7.87±0.0].03±.003 [0.89±0.08] Dia. (Finished Hole) Receptacle Assembly Part Nos. Receptacle Assembly Part Nos. No. of Dimensions with.11 [2.92] Solder Tail Lengths with.14 [3.68] Solder Tail Lengths Pos. A Standard Solder Tails oard Retention Tails Standard Solder Tails Plating A Plating Plating A Plating Plating A [21.79].00 [12.70] [24.33].600 [1.24] [26.87].700 [17.78] [31.9].900 [22.86] [37.03] 1 [27.94] [44.6] [3.6] [2.27] [43.18] [7.3] [48.26] [70.0] [60.96] [82.7] [73.66] [9.4] [86.36] [97.99] 3.00 [88.90] [108.1] [99.06] [11.77] [106.68] [120.8] [111.76] [128.47] [119.38] [133.] [124.46] [146.2].400 [137.16] [18.9].900 [149.86] [171.6] [162.6] [260.] [21.46] Notes: [2.92] tail length is for use with.062 [1.7] PC boards;.14 [3.68] tail length is for use with.093 [2.36] PC boards. Notes: 2. Receptacle assemblies with low force contacts are available, consult TE [6.0] minimum positive pin stop to prevent shorting between rows. A ±.003 [2.4±0.08].179 [4.].11 [2.92] (See Note 2) oard Retention Tails Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) Tolerances not to accumulate within one connector pattern..06±.00 [1.6±0.13] to ±.00 [2.4±0.13].069 [1.7].11 or.14 [2.92 or 3.68] (See Note 1).26 Min. [6.0] (See Note 3.).238 [6.0].12 [3.17] (Localized Gold Plate Area) Keying Plug.174 Max. [4.42] (Point of Contact) C L C L.310±.010 [7.88±0.2] Part No (Plugs into receptacle contact) Material Natural color nylon 19 Printed Circuit oard Connectors

196 Receptacle Assemblies, oard Mount, Double-Row, Closed Entry, x [2.4 x 2.4] Centerline (Continued) Vertical Mount (with Guide Pin Slots and Standoffs).11 [2.92].129 [3.28].410 [10.41].320 [8.13] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, duplex plated [ ] gold on contact area, [ ] matte tin on solder area, with entire contact underplated [ ] nickel.144 [3.68] Dia. ±.008 [±0.20] A.179 [4.].238 [6.0].069 [1.7].12 [3.18] (Localized Gold Plate Area) Printed Circuit oard Connectors Related Product Data Mateable Headers pages 198, 199 Performance Specifications page 194 Technical Documents page 276 Product Specification Application Specification Additional receptacle assembly sizes and solder tail lengths are available; minimum order quantities may apply. Consult TE. ±.003 [2.4±0.08] ±.003 [2.4±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) Tolerances not to accumulate within one connector pattern..03±.003 Dia. [0.89±0.08] Keying Plug No. of Dimensions Receptacle Assembly Pos. A Part Nos [44.6] [3.6] [7.3] [48.26] [70.0] [60.96] [82.7] [73.66] [9.4] [86.36] [108.1] [99.06] [120.8] [111.76] [133.] [124.46] [18.9].900 [149.86] Part No (Plugs into receptacle contact) Material Natural color nylon 196

197 Receptacle Assemblies, oard Mount, Triple-Row, Closed Entry, x [2.4 x 2.4] Centerline Horizontal Mount (with Guide Pin Slots and Standoffs) A.410 [10.41] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Phosphor bronze, plated [ ] gold in mating area, [ ] matte tin on solder area, with entire contact underplated [ ] nickel Related Product Data Mateable Headers page 201 Performance Specifications page 194 Technical Documents page 276 Product Specification Application Specification [8.9].179 [4.].144 [3.66] Dia. ±.003 [2.4±0.08].11 [2.92] Tail Length.069 [1.7].14 [3.68].11 [2.92].03±.003 Dia. [0.89±0.08].12 [3.18] (Localized Gold Plate Area).300 [7.62].400 [10.16].14 [3.68] Printed Circuit oard Connectors Additional receptacle assembly sizes and solder tail lengths are available; minimum order quantities may apply. Consult TE..400 [10.16].300 [7.62].06±.00 [1.6±0.13] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) Tolerances not to accumulate within one connector pattern. Keying Plug No. of Dimensions Receptacle Assembly Part Nos. Pos. A Plating A [67.1] [8.42] [8.29] [76.20] [87.83] 3 [78.74] [133.] [124.46] [184.3] [17.26] Part No (Plugs into receptacle contact) Material Natural color nylon 197

198 Headers, Straight Post, Double-Row, x [2.4 x 2.4] Centerline Solder Posts and ACTION PIN Posts (with Pin Protection and Guide Pins) Pos. Ref..06 [1.66] R (2 Plc.).1 [13.08] Printed Circuit oard Connectors 198 Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel Plating C Selectively plated [ ] gold on contact area and [ ] gold on termination end, with gold flash over [ ] nickel on entire post Related Product Data Mateable Receptacles pages 19, 196 Performance Specifications page 194 ACTION PIN Posts pages 10, 11 Application Tooling pages 12 Technical Documents page 276 Product Specification Application Specification Additional header sizes are available; minimum order quantities may apply. Consult TE..110 [2.79].08 [2.16].040 [1.02] (4 Sides).440 [11.18].130 [3.30] ±.003 [2.4±0.08] ±.003 [2.4±0.08].200 [.08] oard Retention Tails (where indicated) Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) Tolerances not to accumulate within one connector pattern..040±.003 [1.02±0.08] (Finished Hole).043±.001 [1.02±0.03] (Drilled Hole) Note: Headers with make first/break last posts can be made available, consult TE. A.320 [8.13].130 [3.30] (2 Plc.).200 [.08] (Localized Gold Plate Area).180 [4.7].180 [4.7].02 [0.64] Square oard Retention Tails Header Part Nos. with.180 [4.7] Tail Length No. of Dimensions Standard Solder Tails oard Retention Tails Pos. A Plating A Plating Plating A Plating [24.89].00 [12.70] [27.43].600 [1.24] [29.97].700 [17.78] [3.0].900 [22.86] [40.13] 1 [27.94] [47.7] [3.6] [.37] [43.18] [60.4] [48.26] [73.1] [60.96] [8.8] [73.66] [98.] [86.36] [101.09] 3.00 [88.90] [111.2] [99.06] [118.87] [106.68] [123.9] [111.76] [131.7] [119.38] [136.6] [124.46] [149.3].400 [137.16] [162.0].900 [149.86] [174.7] [162.6] [263.6] [21.46] [2.29]

199 Headers, Straight Post, Double-Row, x [2.4 x 2.4] Centerline (Continued) See chart below.02 [0.64] Square ACTION PIN Tails Header Part Nos. with ACTION PIN Posts No. of Dimensions Pos..20 [6.3] Tail Length.480 [12.19] Tail Length.680 [17.27] Tail Length A Plating A Plating Plating A Plating C Plating C [24.89].00 [12.70] [27.43].600 [1.24] [3.0].900 [22.86] [40.13] 1 [27.94] [.37] [43.18] [60.4] [48.26] [73.1] [60.96] [8.8] [73.66] [98.] [86.36] [111.2] [99.06] [123.9] [111.76] [131.7] [119.38] [136.6] [124.46] [162.0].900 [149.86] [174.7] [162.6] Notes: 1. Other header sizes can be made available upon request. Headers with ACTION PIN posts are for use with.093 [2.36] nominal or thicker PC boards. 2. Application tooling for installing headers with ACTION PIN posts is shown on pages 12 and Headers with.20 [6.3] tail length can be made available with make first/break last contacts, consult TE. 4. Plated through holes to be prepared per recommendations found on page 11. Printed Circuit oard Connectors 199

200 Headers, Right-Angle Post, Double-Row, x [2.4 x 2.4] Centerline Card Extender (with Pin Protection and Guide Pins).762 [19.3] Max..99 [1.21] Printed Circuit oard Connectors Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel Related Product Data Mateable Receptacles pages 19, 196 Performance Specifications page 194 Technical Documents page 276 Product Specification Application Specification Additional header sizes are available; minimum order quantities may apply. Consult TE..06 [1.6] R (2 Plc.).040 [1.02].200 [.08].18 [4.70].040±.003 [1.02±0.08] (Finished Hole w/d. Ret.).03±.003 Dia. [0.89±0.08] (Standard Finished Hole) ±.003 [2.4±0.08] Pos. Ref. A ±.003 [2.4±0.08] oard Retention Tails (where indicated) Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) Tolerances not to accumulate within one connector pattern..17 [3.99] (Localized Gold Plate Area).12 [3.18].17 [3.99].320 [8.13].320 [8.13].02 [0.64] Square oard Retention Tails.12 [3.18] Header Part Nos. with.12 [3.18] Tail Length No. of Dimensions Pos. Standard Solder Tails oard Retention Tails A Plating A Plating Plating A [24.89].00 [12.70] [29.97].700 [17.78] [3.0].900 [22.86] [40.13] 1 [27.94] [47.7] [3.6] [.37] [43.18] [60.4] [48.26] [73.1] [60.96] [8.8] [73.66] [101.09] 3.00 [88.90] [111.2] [99.06] [123.9] [111.76] [136.6] [124.46] [162.0].900 [149.86] [174.7] [162.6] Note: Headers with make first/break last posts can be made available, consult TE. 200

201 Headers, Straight Post, Triple-Row, x [2.4 x 2.4] Centerline Solder Posts (with Pin Protection and Guide Pins) Pos. Ref [1.6] R (2 Plc.).61 [1.62] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Posts Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel Related Product Data Mateable Receptacles page 197 Performance Specifications page 194 Technical Documents page 276 Product Specification Application Specification Additional header assembly sizes are available; minimum order quantities may apply. Consult TE..08 [2.16].040 [1.02] (4 Sides).210 [.33].440 [11.18].200 [.08].040±.003 [1.66±0.08] (Finished Hole) A oard Retention Tails (where indicated).043±.001 [1.11±0.03] (Drilled Hole) ±.003 [2.4±0.08] Recommended PC oard Hole Layout (for.0 [1.40] min. thick PC board) Tolerances not to accumulate within one connector pattern..200 [.08].200 [.08] (Localized Gold Plate Area).090 [2.29].320 [8.13].180 [4.7].180 [4.7].02 [0.64] Square oard Retention Tails Printed Circuit oard Connectors Header Part Nos. with.180 [4.7] Tail Length No. of Dimensions Pos. Standard oard A Solder Tails Retention Tails Plating A Plating A [70.61] [8.42] [88.39] [76.20] [136.6] [124.46] [187.4] [17.26]

202 Headers, VRM (Voltage Regulator Module), x [2.4 x 2.4] Centerline Solder Posts and ACTION PIN Posts (with Pin Protection, Guide Ribs, and Latching) A Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Posts Copper alloy, duplex plated [ ] gold on contact area, [ ] matte tin on termination end, with entire post underplated [ ] nickel.110 [2.79].440 [11.18].320 [8.13].120 [3.0].1 [13.08] Related Product Data Printed Circuit oard Connectors Mateable Receptacles pages 19, 196 Performance Specifications page 194 ACTION PIN Posts page 10, 11 Application Tooling pages 12 Technical Documents page 276 Product Specification Application Specification [3.18] [ ].2 [13.33] Recommended PC oard Hole Layout Housing Outline.290 [7.37] No of Pos A Dimensions Standard Solder Tails Header Part No..20 Length ACTION PIN Tails [62.23] [3.6] [78.62] [48.26] [78.74] [48.26]

203 Accessories: End Shrouds for Machine-Applied Posts Mating Polarized Housing Single-Row, Centers Part No Material lack thermoplastic, flame retardant.066 [1.68].164 [4.17] End Shroud.290 [7.37].712 [18.08].00 [1.27] oard Mounted Straight Posts PC oard.09 [1.0].30 Max. [8.89] Typical Assembly Technical Documents page [1.68] reak Line for 7 Pos. or Larger Header.029 [0.74] Dia. Printed Circuit oard Connectors Double-Row, x [2.4 x 2.4] Centers Part No Material lack glass-filled polyester.40 [10.29].280 [7.11].10 [3.81].890 [22.61].00 [1.27].09 [1.0] Max..30 [8.89].066 [1.68] reak Line for 14 Pos. or Larger Header.029 [0.74] Dia. 203

204 Accessories: arrier Insert, Part No Material lack polyester Technical Documents page [0.94].446 [11.33].340 [8.64].090 [2.29].030 [0.76] Printed Circuit oard Connectors The barrier insert can be used on double row headers ( x [2.4 x 2.4] centers), including shrouded versions 3 and 4 sides, as well as unshrouded straight post headers. With one barrier insert several configurations can be obtained, providing headers with capabilities of accepting various combinations of polarized and non-polarized AMPMODU connectors. For unshrouded headers, the barrier insert is used to establish polarization and to compartmentalize the header. For shrouded headers, the barrier insert is used to compartmentalize the header, while maintaining polarization. The barrier insert itself is notched to facilitate cutting off the ends with a simple tool such as tin snips or scissors to achieve the desired configuration..314 [7.98] arrier Insert Cutoffs Fig. 1 Partial Cutoff (Left and Right Sides).127 [3.23] Fig. 2 Partial Cutoff (Left Side) Complete Cutoff (Right Side) Typical arrier Insert Applications For Unshrouded Double-Row, Straight Post Headers, x [2.4 x 2.4] Centers [0.76] Fig. 3 Complete Cutoff (Left Side) Partial Cutoff (Right Side).087 [2.21].047 [1.19] See Fig. 3 See Fig. 4 See Fig. 1 See Fig [ ] Dia. x.20[ [6.3] Deep remainder.029±.001 [0.74±0.03] Dia. Thru (2).094 [2.39] Fig. 4 Complete Cutoff (Left and Right Sides) Note: All configurations of barrier inserts compartmentalize headers and maintain polarization, except bar (Fig. 4) configuration, which is used primarily for compartmentalizing headers. For Shrouded Double-Row, 3 and 4 Sided Headers, x [2.4 x 2.4] Centers See Fig. 2 See Fig. 4 See Fig. 1 See Fig. 3 Note: Right-angle (Figs. 2 and 3) and T (Fig. 1) configurations of barrier insert establish polarization; bar (Fig. 4) configuration of barrier insert compartmentalizes header. 204

205 Accessories: Snap-In Polarizer for Low Profile Headers Material lack thermoplastic, flame retardant Part Numbers (Packaged 0 per bag) (Packaged 1000 per bag) Related Product Data Low Profile Headers used with pages [8.1].134 [3.40] reak Line (See below.).33 [8.1] reak Line (See below.).134 [3.40] The snap-in polarizer provides military polarization for low profile headers. Installation of the polarizer is as follows: Printed Circuit oard Connectors Orient the polarizer so that the polarizer latch is on the same side as the inner wall (post side) of the header housing. Slide the polarizer over the polarizing slot of the housing until the latch engages the hole. Snap off the tab at the break line next to the housing. Using the remaining polarizer, repeat the process for the other housing location. reak Line Note: For Post Shunts, contact TE. 20

206 Locking Clip Contacts and Housings Product Facts Self-retaining contacts provide permanent connection with quick connect and disconnect Fast, easy installation with no additional locking hardware required Mates with.02 [0.64] square posts in a variety of configurations Single- and double-row configurations in up to 20 positions on centers Modular design permits end-to-end stacking (double- row only) for circuit grouping Choice of tin or select gold plating Locking Clip Contacts and Housings Housings made of 94V-0 rated glass-filled polyester Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 Performance Characteristics Contact Current Rating 3 amperes Termination Resistance 12 milliohms (max.) Gold plated contacts 16 milliohms (max.) Tin plated contacts Durability Ref. Product Specification and Typical Application Single Row oth Ends Closed (Page 208) PC oard Single Contact (Page 207) oth Ends Closed (for specified no. of circuits housing size) (Page 209) Right End Open (for stacking to right side) (Page 209) Left End Open (for stacking to left side) (Page 209) x [2.4 x 2.4].200/.277* [.08/7.04] (without housing Extraction Tool Slot Contact Clearance Hole.02 [0.64] Sq. Posts.273/.30* [6.93/8.89] (with housing) 206 *If post is longer than maximum specified, post tip may butt against wire ends. Dimension defines.02 x.02 [0.64 x 0.64] portion of post.

207 Wire Crimp Contacts with Insulation Support Material and Finish Contact Spring Stainless steel Pating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Pating Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Pating C [ ] bright tin over [ ] nickel on entire contact Locking Clip Contacts Spring ody A Wire Size Heavy Duty Miniature Ins. Dia. Dimension Part Nos. Applicator for Hand Range Range A Finish Strip Form Loose Piece AMP-O-LECTRIC Tool AWG [mm 2 ] Machine* No [ ].0 [13.97] Plating Plating C Plating A [ ].84 [14.83] Plating Plating C [ ].84 [14.83] Plating Plating C *For use with AMP-O-LECTRIC Model K machines. Call the Technical Support Center ( ) for part nos. of applicators for use with the AMP-O-LECTRIC Model G machines (shown on page 270), as well as other bench machines and fully automatic AMPOMATOR lead making machines. Notes: 1. These contacts must be crimped in accordance with TE Specification No in order to function properly in a connector housing. 2. Extraction Tool No is used for removing individual contacts from connector housings and for detaching contacts from mating posts. Locking Clip Contacts and Housings Related Product Data Housings Used With pages 208, 209 Application Tooling page 272 Technical Documents pages 277, 278 Product Specification , Application Specification Extraction Tool No Wire Harnessing If necessary, wires can be grouped with cable ties and secured to a panel with fixed clamps. However, locking clip contacts must be free to float within the connector housings to allow proper extraction. Therefore, harnessing hardware or the use of multiple terminations per contact must not restrict the free-floating action of contacts in the housing. For more information request Insulation and undling Products Catalog Fixed Clamp Cable Tie Unrestricted Wires for Free-Floating Contacts 207

208 Wire-Applied Housings for Locking Clip Contacts, Single-Row, Centerline Single-Row.060 [1.2] Material Glass-filled polyester, 94V-0 rated Related Product Data Contacts page 207 Mateable Headers and Posts Refer to the Mating Post Selection Guide page [2.16] C A.17 [4.44].700 [17.78].14 [3.68] [ ] (Post Length).02 [0.64] Sq. Post (Shown for Ref. only) Locking Clip Contacts and Housings Technical Documents pages 277, 278 Product Specification , Application Specification [3.18] centerline single-row, 2 and 3 position housings are available, ase Part No They are designed to be stackable end-to-end and side-by-side. Consult TE. Keying Plug Note: Housing illustrated above is the oth Ends Closed version. No. of Dimensions Housing Part No. Pos. A C Unstamped Stamped [2.74].04 [1.37] [.49].08 [1.47] [8.03].200 [.08].08 [1.47] [10.7].300 [7.62].08 [1.47] [13.11].400 [10.16].08 [1.47] [1.6].00 [12.70].08 [1.47] [18.19].600 [1.24].08 [1.47] [20.73].700 [17.78].08 [1.47] [23.27].800 [20.32].08 [1.47] [2.81].900 [22.86].08 [1.47] [28.3] [2.40].08 [1.47] [30.89] 1 [27.94].08 [1.47] [33.43] [30.48].08 [1.47] [3.97] [33.02].08 [1.47] [38.1] [3.6].08 [1.47] Part No (Plugs directly into housings for.02 [0.64] square post contacts) 208 Material Yellow, nylon

209 Wire-Applied Housings for Locking Clip Contacts, Double-Row, x [2.4 x 2.4] Centerline Double-Row.300 [7.62].700 [17.78].30 Max. [8.89] (Post Length) Material Glass-filled polyester, 94V-0 rated Related Product Data Contacts page 207 Mateable Headers and Posts Refer to the Mating Post Selection Guide page [6.86].02 [0.64] Sq. Post (Shown for Ref. only) A Technical Documents pages 277, 278 Product Specification , Application Specification [1.47] Note: Housing illustrated above is the oth Ends Closed version. oth Ends Closed Locking Clip Contacts and Housings Right End Open Key Keyway Left End Open Keying Plug Part No (Plugs directly into housings for.02 [0.64] square post contacts) Housing No. of Dimensions Housing Part No. Configuration Pos. A Unstamped Stamped [2.9] [.49] [8.03].200 [.08] [10.7].300 [7.62] oth Ends Closed [13.11].400 [10.16] [1.6].00 [12.70] [20.73].700 [17.78] [23.27].800 [20.32] [2.81].900 [22.86] [.49] Right End Open [13.11].400 [10.16] [2.81].900 [22.86] [.49] Left End Open [13.11].400 [10.16] [2.81].900 [22.86] Material Yellow, nylon 209

210 Mod IV Wire-Applied Contacts and Housings Product Facts Terminates AWG [ mm 2 ] discrete wire Contacts have insulation support Choice of three contact mating pressures Available in a variety of gold and tin platings Receptacles mate with.02 [0.64] square or round posts Dual cantilever contact beam with built-in anti-overstress feature for reliable matings Housings accept a variety of receptacle and pin contacts Housing sizes range up to 100 positions Mod IV Wire-Applied Contacts and Housings Housing configurations include single- and doublerows on centerlines Housing options include detent latching, polarization and bonded strain relief/ pull tabs Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards Association, R File No. LR D-R Housing, Polarized with Detent Std. Pressure Contacts D-R Ejection Housing, Center Polarized Std. Pressure Contacts Latch Hdr Hdr Hdr Wire-to-oard D-R Housing, Plain Std. Pressure Contacts D-R Housing with Mounting Ears Std. Pressure Contacts S-R Housing Polarized with Detent High Pressure Contacts D-R Housing, Polarized Std. Pressure Contacts Hdr Std. Pressure Plain D-R Housing, Contacts Hdr Performance Characteristics Contact Current Rating 3 amperes Termination Resistance 12 milliohms (max.) eryllium copper contacts 20 milliohms (max.) Copper-tinphosphor bronze contacts Durability Ref. Product Specification S-R Housing, Plain High Pressure Contacts Hdr 210

211 Mod IV Pin and Receptacle Contacts Crimp Snap-In (No-strip) Receptacles and Crimp Snap-In Pins with Insulation Support (Standard Pressure).08 [1.47].16 [4.19].470 [11.94] No-Strip Receptacle.81 [20.70] Pin with Insulation Support.016 [0.41] Gap Max..068 [1.73] Crimp Snap-In (No-strip) Receptacles Ins. Dia. Range [ ] Part Nos. Finish Strip Form Loose Piece Plating A Plating C Heavy Duty Miniature Hand Applicator No. Tool for AMP-O-LECTRIC Part No. Machine* Standard Pressure Configuration Material and Finish eryllium copper, phosphor bronze, or copper-tin-phosphor bronze (see charts), plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Plating Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Plating C [ ] tin over [ ] nickel on entire contact Crimp Snap-In Pins with Insulation Support Wire Ins. Heavy Duty Miniature Hand Size Part Nos. Dia. Applicator No. Tool Range Finish (Max.) Strip Form Loose Piece for AMP-O-LECTRIC Part No. AWG [mm 2 ] Machine* Premium Commercial Plating A [1.] Plating Plating C *For use with AMP-O-LECTRIC Model K machines. Call the Technical Support Center ( ) for part nos. of applicators for use with the AMP-O-LECTRIC Model G machines (shown on page 270), as well as other bench machines and fully automatic AMPOMATOR lead making machines. PRO-CRIMPER II hand tool frame with die set assembly. Die Set Part No Mod IV Contacts Related Product Data Housings Used With pages Performance Characteristics page 210 Application Tooling page Technical Documents pages Product Specification , , , Application Specification , Additional header sizes are available; minimum order quantities may apply. Consult TE. 211

212 Mod IV Receptacle Contacts Crimp Snap-In Receptacles with Insulation Support (Standard, Intermediate and High Pressure) Standard Pressure A Material and Finish eryllium copper, phosphor bronze or copper-tin-phosphor bronze (see charts, on following page), plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] tin on crimp area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] tin on crimp area, with entire contact underplated [ ] nickel Plating D Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Plating E Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Plating F Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Plating G [ ] tin over [ ] nickel on entire contact.08 [1.47] Mod IV Contacts Related Product Data Housings Used With pages Performance Characteristics page 210 Application Tooling pages [4.19].068 [1.73] A Intermediate Pressure A High Pressure A Technical Documents pages 277, 278 Product Specification , , , Application Specification , Mating Force Unmating Force A-Gap Dimension Standard Pressure 9 oz. Max. 1. oz. Min..008/.014 Intermediate Pressure 16 oz. Max. 2 oz. Min..008/.014 High Pressure 20 oz. Max. 3 oz. Min..013±

213 Standard Pressure (Mod IV) Mod IV Receptacle Contacts (Continued) Wire Ins. Heavy Duty Miniature Applicator for Hand Size Part Nos. Dia. Dimension Material Finish Applicator for Stripper/ Tool Range (Max.) A Strip Form Loose Piece AMP-O-LECTRIC Crimper Part Nos. AWG [mm 2 ] Machine* Machine Premium Commercial Cu-Sn-Ph z Plating A Cu-Sn-Ph z Plating [1.02].44 [11.30] e Cu Plating D e Cu Plating E e Cu Plating F Cu-Sn-Ph z Plating G Cu-Sn-Ph z Plating A Cu-Sn-Ph z Plating Cu-Sn-Ph r Plating G [1.].44 [11.30] e Cu Plating D e Cu Plating E e Cu Plating F e Cu Plating G Cu-Sn-Ph z Plating A Cu-Sn-Ph z Plating [1.7].470 [11.94] e Cu Plating E e Cu Plating F Cu-Sn-Ph r Plating G e Cu Plating G Intermediate Pressure (Mod IV.v) Wire Ins. Heavy Duty Miniature Applicator for Hand Size Part Nos. Dia. Dimension Material Finish Applicator for Stripper/ Tool Range (Max.) A Strip Form Loose Piece AMP-O-LECTRIC Crimper Part Nos. AWG [mm 2 ] Machine* Machine Premium Commercial [1.02].44 [11.30] Cu-Sn-Ph z Plating A e Cu Plating E Cu-Sn-Ph z Plating A [1.].44 [11.30] Cu-Sn-Ph z Plating e Cu Plating E e Cu Plating F Cu-Sn-Ph z Plating A Cu-Sn-Ph z Plating [1.7].470 [11.94] e Cu Plating E e Cu Plating F e Cu Plating G Mod IV Contacts High Pressure (Mod V)** Wire Ins. Heavy Duty Miniature Applicator for Hand Size Part Nos. Dia. Dimension Material Applicator for AMP-O-MATIC Tool Range Finish (Max.) A AMP-O-LECTRIC Stripper/Crimper Part Nos. AWG [mm 2 ] Strip Form Loose Piece Machine* Machine [1.02].44 [11.30] Ph z Plating E [1.].44 [11.30] Ph z Plating E Ph z Plating G [1.7].470 [11.94] Ph z Plating E Ph z Plating G **For use with AMP-O-LECTRIC Model K machines. Call the Technical Support Center ( ) for part nos. of applicators for use with the AMP-O-LECTRIC Model G machines (shown on page 270), as well as other bench machines and fully automatic AMPOMATOR lead making machines. **Contact material is phosphor bronze. PRO-CRIMPER II hand tool frame with die set assembly. Die Set Part No

214 Mod IV Wire-Applied Housings, Single-Row, Centerline Non-Polarized.600 [1.24] Mod IV Wire-Applied Housings 214 Material lack thermoplastic, flame retardant Related Product Data Contacts pages Mateable Headers and Posts pages 93-9, Technical Documents pages 277, 278 Product Specification , , , Application Specification , Keying Plugs Part No (Plugs into standard or intermediate pressure receptacle contact) Material Natural color nylon Part No (Plugs directly into housing).00 [1.27].070 [1.78] ±.003 [±0.08] A Max. C ±.003 [±0.08] No. of Dimensions Part No. Pos. A C Stamped* Unstamped** 1.10 [2.67] [.21] [7.7] [10.29].200 [.08] [12.83].200 [.08].200 [.08] [1.37].300 [7.62].200 [.08] [17.91].300 [7.62].300 [7.62] [20.4].400 [10.16].300 [7.62] [22.99].400 [10.16].400 [10.16] [2.3].00 [12.70].400 [10.16] [28.01].00 [12.70].00 [12.70] [30.61].600 [1.24].00 [12.70] [33.1].600 [1.24].600 [1.24] [3.69].700 [17.78].600 [1.24] [38.23].700 [17.78].700 [17.78] [40.77].800 [20.32].700 [17.78] [43.18].800 [20.32].800 [20.32] [4.8].900 [22.86].800 [20.32] [48.26].900 [22.86].900 [22.86] [0.93] [2.40].900 [22.86] [3.34] [2.40] [2.40] [6.01] 1 [27.94] [2.40] [8.42] 1 [27.94] 1 [27.94] [60.96] [30.48] 1 [27.94] [63.0] [30.48] [30.48] [66.17] [33.02] [30.48] [68.8] [33.02] [33.02] [71.12] [3.6] [33.02] [73.66] [3.6] [3.6] [76.33] 1.00 [38.10] [3.6] [78.74] 1.00 [38.10] 1.00 [38.10] [81.28] [40.64] 1.00 [38.10] [83.82] [40.64] [40.64] [86.36] [43.18] [40.64] [88.98] [43.18] [43.18] [91.44] [4.72] [43.18] **Cavity identification, part number and date code stamped on housing where size permits. **No marking on housing. Notes: 1. Strain reliefs are available and may be purchased separately. Consult TE. Notes: 2. Contact Extraction/Lance Reset Tool No X X.17 [4.4].140 [3.6] Section X-X.072 [1.83]

215 Mod IV Wire-Applied Housings, Single-Row, Centerline (Continued) Polarized (with Detent Latching) Recessed Area.17 [4.4] A Material lack thermoplastic, flame retardant Related Product Data Contacts pages Mateable Headers and Posts pages 11, 116 Flexible Film Connectors, Single-Row Pin Assemblies Catalog [1.80].06 [1.42] ±.003 [±0.08] X X C ±.003 [±0.08].00 [1.27].127 [3.23].182 [4.62].600 [1.24] Section X-X.072 [1.83] Technical Documents pages 277, 278 Product Specification , , , Application Specification , Keying Plugs Part No (Plugs into standard or intermediate pressure receptacle contact) Material Natural color nylon Part No (Plugs directly into housing) No. of Dimensions Part Nos. Pos. A C Unstamped* [7.62] [10.16].200 [.08] [12.70].200 [.08].200 [.08] [1.24].300 [7.62].200 [.08] [17.78].300 [7.62].300 [7.62] [20.32].400 [10.16].300 [7.62] [22.86].400 [10.16].400 [10.16] [2.40].00 [12.70].400 [10.16] [27.94].00 [12.70].00 [12.70] [30.48].600 [1.24].00 [12.70] [33.02].600 [1.24].600 [1.24] [3.6].700 [17.78].600 [1.24] [38.10].700 [17.78].700 [17.78] [40.64].800 [20.32].700 [17.78] [43.18].800 [20.32].800 [20.32] [4.72].900 [22.86].800 [20.32] [48.26].900 [22.86].900 [22.86] [0.80] [2.40].900 [22.86] [3.34] [2.40] [2.40] [.88] 1 [27.94] [2.40] [8.42] 1 [27.94] 1 [27.94] [60.96] [30.48] 1 [27.94] [63.0] [30.48] [30.48] [66.04] [33.02] [30.48] [68.8] [33.02] [33.02] [71.12] [3.6] [33.02] [73.66] [3.6] [3.6] [76.20] 1.00 [38.10] [3.6] [78.74] 1.00 [38.10] 1.00 [38.10] [81.28] [40.64] 1.00 [38.10] [83.82] [40.64] [40.64] [86.36] [43.18] [40.64] [88.90] [43.18] [43.18] [91.44] [4.72] [43.18] *No marking on housing. Note: Contact Extraction/Lance Reset Tool No Mod IV Wire-Applied Housings

216 Mod IV Wire-Applied Housings, Double-Row, x [2.4 x 2.4] Centerline Non-Polarized.17 [4.4] A Material lack thermoplastic, flame retardant.00 [1.27] X.240 [6.10] C R Optional Related Product Data Contacts pages Mateable Headers and Posts pages 96-99, 104, 10, X.070 [1.78] Section X-X.072 [1.83] Mod IV Wire-Applied Housings 216 Technical Documents pages 277, 278 Product Specification , , , Application Specification , Keying Plugs Part No (Plugs into standard or intermediate pressure receptacle contact) Material Natural color nylon Part No (for.64 high housings) Part No (for.600 high housings) (Plugs directly into housing) No. Part Nos. of Dimensions C =.600 [1.24] C =.64 [16.38] Pos. A Stamped* Unstamped** Unstamped** [.08] [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [4.72] [43.18] [48.26] [4.72] [0.80] [48.26] [3.34] [0.80] [.88] 2 [3.34] [60.96] [8.42] [63.0] [60.96] [66.04] 2.00 [63.0] [68.8] [66.04] [71.12] [68.8] [73.66] [71.12] [76.20] [73.66] [81.28] 3 [78.74] [83.82] [81.28] [88.90] [86.36] [91.44] 3.00 [88.90] **Cavity identification, part number and date code stamped on housing where size permits. **No marking on housing. Notes: 1. Strain reliefs are available and may be purchased separately. Consult TE. Notes: 2. Contact Extraction/Lance Reset Tool No

217 Mod IV Wire-Applied Housings, Double-Row, x [2.4 x 2.4] Centerline (Continued) Polarized Strain Relief Locators (on Housings 20 Positions and Larger).17 [4.4] Material lack thermoplastic, flame retardant A Related Product Data Contacts pages Mateable Headers and Posts pages ±.003 [±0.08] C ±.003 [±0.08] X.00 [1.27].070 [1.78].600 [1.24] R Optional.240 [6.10] Technical Documents pages 277, 278 Product Specification , , , Application Specification , Keying Plugs Part No (Plugs into standard or intermediate pressure receptacle contact) Material Natural color nylon Part No (Plugs directly into housing) No. of Dimensions Part Nos. Pos. A C Stamped* Unstamped** [7.62] [10.16].200 [.08] [12.70].200 [.08].200 [.08] [1.24].300 [7.62].200 [.08] [17.78].300 [7.62].300 [7.62] [20.32].400 [10.16].300 [7.62] [22.86].400 [10.16].400 [10.16] [2.40].00 [12.70].400 [10.16] [27.94].00 [12.70].00 [12.70] [30.48].600 [1.24].00 [12.70] [33.02].600 [1.24].600 [1.24] [3.6].700 [17.78].600 [1.24] [38.10].700 [17.78].700 [17.78] [40.64].800 [20.32].700 [17.78] [43.18].800 [20.32].800 [20.32] [4.72].900 [22.86].800 [20.32] [48.26].900 [22.86].900 [22.86] [0.80] [2.40].900 [22.86] [3.34] [2.40] [2.40] [.88] 1 [27.94] [2.40] [60.96] [30.48] 1 [27.94] [63.0] [30.48] [30.48] [66.04] [33.02] [30.48] [68.8] [33.02] [33.02] [71.12] [3.6] [33.02] [73.66] [3.6] [3.6] [76.20] 1.00 [38.10] [3.6] [81.28] [40.64] 1.00 [38.10] [83.82] [40.64] [40.64] [88.90] [43.18] [43.18] [91.44] [4.72] [43.18] **Cavity identification, part number and date code stamped on housing where size permits. **No marking on housing or strain relief. Notes: 1. Strain reliefs are available and may be purchased separately. Consult TE. Notes: 2. Contact Extraction/Lance Reset Tool No X Section X-X 217 Mod IV Wire-Applied Housings

218 Mod IV Wire-Applied Housings, Double-Row, x [2.4 x 2.4] Centerline (Continued) Polarized (with Detent Latching, with and without Strain Relief/Pull Tab) Strain Relief Locators (on Housings 20 Positions and Larger).17 [4.4] Mod IV Wire-Applied Housings Material lack thermoplastic, flame retardant Related Product Data Contacts pages Mateable Headers and Posts pages , Technical Documents pages 277, 278 Product Specification , , , Application Specification , [2.41] Dia. A ±.003 ±.003 [±0.08].00 [12.70] C [±0.08] X X.00 [1.27].070 [1.78] 1.10 [29.21].09 [2.41] Dia..600 [1.24] Section X-X [2.40] [48.26].240 [6.10] R Optional Keying Plugs Housing with Strain Relief/Pull Tab Strain Relief Part No (10 thru 18 positions) Housing with Strain Relief/Pull Tab Strain Relief Part No (20 positions and larger) Part No (Plugs into standard or intermediate pressure receptacle contact) Material Natural color nylon Part Nos. No. of Dimensions No. of Without Strain Relief With Strain Relief Pos. A C Detents Stamped* Unstamped** Stamped* [7.62] [10.16].200 [.08] [12.70].200 [.08].200 [.08] [1.24].300 [7.62].200 [.08] [17.78].300 [7.62].300 [7.62] [20.32].400 [10.16].300 [7.62] **Cavity identification, part number and date code stamped on housing and/or strain relief where size permits. **No marking on housing or strain relief. Notes: 1. The Strain Relief/Pull Tab can be bonded to any thermoplastic connector housing. Notes: 2. Strain reliefs may be purchased separately. Notes: 3. Contact Extraction/Lance Reset Tool No Part No (Plugs directly into housing)

219 Mod IV Wire-Applied Housings, Double-Row, x [2.4 x 2.4] Centerline (Continued) Part Nos. No. of Dimensions No. of Without Strain Relief With Strain Relief Pos. A C Detents Stamped* Unstamped** Stamped* [22.86].400 [10.16].400 [10.16] [2.40].00 [12.70].400 [10.16] [27.94].00 [12.70].00 [12.70] [30.48].600 [1.24].00 [12.70] [33.02].600 [1.24].600 [1.24] [3.6].700 [17.78].600 [1.24] [38.10].700 [17.78].700 [17.78] [40.64].800 [20.32].700 [17.78] [43.18].800 [20.32].800 [20.32] [4.72].900 [22.86].800 [20.32] [48.26].900 [22.86].900 [22.86] [0.80] [2.40].900 [22.86] [3.34] [2.40] [2.40] [.88] 1 [27.94] [2.40] [60.96] [30.48] 1 [27.94] [63.0] [30.48] [30.48] [66.04] [33.02] [30.48] [68.8] [33.02] [33.02] [73.66] [3.6] [3.6] [76.20] 1.00 [38.10] [3.6] [81.28] [40.64] 1.00 [38.10] [83.82] [40.64] [40.64] [88.90] [43.18] [43.18] [96.2] [4.72] [43.18] **Cavity identification, part number and date code stamped on housing and/or strain relief where size permits. **No marking on housing or strain relief. Notes: 1. The Strain Relief/Pull Tab can be bonded to any thermoplastic connector housing. Notes: 2. Strain reliefs may be purchased separately. Notes: 3. Contact Extraction/Lance Reset Tool No Mod IV Wire-Applied Housings 219

220 Mod IV Wire-Applied Housings, Double-Row, x [2.4 x 2.4] Centerline (Continued) Center Polarized Position No. 1 Indicator.030 [0.76].10 [3.81].70 [14.88] Material lack thermoplastic, flame retardant A.130 [3.30].130 [3.30] Related Product Data Contacts pages Mateable Headers and Posts AMP-LATCH Low Profile Headers, Shrouded pages [3.0].227 [.77] C X.28 [7.24].600 [1.24].072 [1.83] Mod IV Wire-Applied Housings Technical Documents pages 277, 278 Product Specification , , , Application Specification , Keying Plugs Part No (Plugs into standard or intermediate pressure receptacle contact) Material Natural color nylon X R Optional Section X-X No. of Dimensions Part Nos. Pos. A C (Stamped*) 8.80 [14.73].22 [.72].300 [7.62] [17.27].27 [6.98].400 [10.16] [22.3].37 [9.3].600 [1.24] [24.89].42 [10.80].700 [17.78] [29.97].2 [13.34].900 [22.86] [32.1].7 [14.61] [2.40] [3.0].62 [1.88] 1 [27.94] [37.9].67 [17.1] [30.48] [42.67].77 [19.69] [3.6] [47.7].87 [22.23] [40.64] [.37] 1.02 [26.04] [48.26] [60.4] 1.12 [28.8] 2 [3.34] [68.07] 1.27 [32.39] [60.96] [80.77] 1.2 [38.74] [73.66] [8.8] 1.62 [41.28] 3 [78.74] *Cavity identification and TE stamped on housing. Non-functional slot is used for gating purposes during injection molding process. This gating feature is not inherent in all production molds. Therefore, the depicted slot will only be present on housings produced on mold tooling requiring this gating feature. Note: Contact Extraction/Lance Reset Tool No Part No (Plugs directly into housing)

221 Short Point, Crimp Snap-In Wire-Applied Contacts and Housings Product Facts Short point of contact mates with.169 [4.29] to.29 [6.8] long post Double-row housings are end-to-end and side-to-side stackable Terminates AWG [ mm 2 ] discrete wire Contacts have insulation support to accept a maximum insulation diameter of.060 [1.2] Available with [ ] or [ ] gold duplex, or tin plating Mates with.02 [0.64] square posts Dual cantilever contact beams for reliable matings Locking retention latch provides approximately 3 lb [13.34 N] of retention force Unique locking latch design helps prevent latch from protruding through latch window Contacts snap into AMPMODU MTE single-row housings Double-row housing configurations include centerline, plain and polarized Housing sizes range from 4 to 2 positions Recognized under the Component Program of Underwriters R Laboratories Inc., File No. E28476 Certified by Canadian Standards R Association, File No. LR7189 Produced under a Quality Management System certified to ISO 9001 A copy of the certificate is available upon request ISO 9001 Certified MTE Hdr MTE Recept. Housing Short Point Contact AMPMODU Short Point receptacle contacts are designed to mate with.02 [0.64] square posts. They will mate with posts as short as.169 [4.29]. Short Point double-row housings are end-to-end and side-to-side stackable on centers. Contacts also can be used in single-row AMPMODU MTE housings to provide a complete wire-crimp system, or to serve as replacement contacts MTE Recept. Housing Short Point Contact Hdr Performance Characteristics Contact Current Rating 3 amperes Termination Resistance 12 milliohms (max.) Durability Ref. Product Specification Wire-to-oard Short Point Recept. Housing Short Point Contact MTE Recept. Housing Short Point Contact Short Point, Crimp Snap-In Wire- Applied Contacts and Housings 221

222 Short Point Crimp Snap-In Receptacle Contacts Material and Finish Copper alloy C702, plated as follows: Plating A Duplex plated [ ] min. gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] min. nickel Plating Duplex plated [ ] min. gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] min. nickel Plating C [0.0024] min. tin over [ ] min. nickel on entire contact.460 [11.68].068 [1.73].060 [1.2] Related Product Data Short Point Contacts Performance Characteristics page 221 Housings used in Short Point pages 223, 224 AMPMODU MTE Unloaded Housings pages Application Tooling page Technical Documents pages Product Specification Application Specification [0.30] Gap C Section C - C C Keying Plug Part No Ten plugs are supplied per strip. Order quantity reflects the number of strips required. Extraction/Lance Reset Tool No Wire Size Quick-Change Applicator for Ins. Contact Part No. Range Applicator for Hand Dia. AMP-O-MATIC Finish (Standard Pressure) Tool AMP-O-LECTRIC Stripper/Crimper AWG [mm 2 ] Range Strip Form Loose Piece Nos. Machine* Machine Plating A [ ] Plating Plating C Plating A [ ] Plating Plating C Plating A [ ] Plating Plating C *For use with Model K machines. Call the Tooling/Technical Assistance Center ( ) for part nos. of applicators for use with the Model G machines (shown on page 288), as well as other bench machines and fully automatic AMPOMATOR lead making machines.

223 Short Point Wire-Applied Housings, Double-Row, Non-Polarized, x [2.4 x 2.4] Centerline A Material lack thermoplastic, flame retardant, 94V-0 rated Related Product Data Performance Characteristics page 221 Contacts page 222 Mateable Headers pages 104, [1.24] X X Plc. [1.24].198 [.03].036 [0.91].600 [1.24] Section X-X 0.72 [1.83] Technical Documents pages Product Specification Application Specification No. of Dimensions Housing Pos. A Part No [.03] [7.7].200 [.08] [10.11].300 [7.62] [12.6].400 [10.16] [1.19].00 [12.70] [17.73].600 [1.24] [20.27].700 [17.78] [22.81].800 [20.32] [2.3].900 [22.86] [27.89] [2.40] [32.97] [30.48] [3.1] [33.02] [38.0] [3.6] [40.9] 1.00 [38.10] [43.13] [40.64] [4.67] [43.18] [48.21] [4.72] [0.7] [48.26] [.83] 2 [3.34] [6.99] 2.00 [63.0] Short Point Wire-Applied Housings 223

224 Short Point Wire-Applied Housings, Double-Row, Polarized, x [2.4 x 2.4] Centerline A Material lack thermoplastic, flame retardant, 94V-0 rated Related Product Data Performance Characteristics page 221 Contacts page 222 Mateable Headers pages 104, 10, [1.24] X X Plc. [1.24].198 [.03].600 [1.24].09 [2.41].036 [0.91] Section X-X 0.72 [1.83] Short Point Wire-Applied Housings Technical Documents pages Product Specification Application Specification No.of Dimensions Housing Pos. A Part No [10.11].300 [7.62] [12.6].400 [10.16] [1.19].00 [12.70] [17.73].600 [1.24] [22.81].800 [20.32] [2.3].900 [22.86] [32.97] [30.48] [38.0] [3.6] [48.21] [4.72] [63.4] [60.96] [6.99] 2.00 [63.0] [68.3] [66.04] [81.23] 3 [78.74] Note: Other sizes can be made available on request. 224

225 MTE Interconnection System Product Facts Receptacle assemblies mate with.02 [0.64] sq. posts; mating post length is.200 [.08] min.,.20 [6.3] max. Proven AMPMODU receptacle contact design; dual cantilever beams, built-in anti-overstress, completely enclosed box design, standard or high-pressure Insulation displacement technology Two contact sizes for terminating AWG [ mm 2 ] wire range;.04 [1.37] max. insulation diam - eter with an insulation wall thickness of.01 [0.38] max. Choice of gold duplex or tin plated contacts Interchangeable crimp snap-in pin and receptacle contacts available Housing sizes 2 through 2 positions, single-row centers Plain housings are end-to-end and/or back-to-back stackable for open pin field applications Optional header with swaged tail feature helps prevent movement prior to flow soldering Integral latch provides positive retention between header and receptacle housing Coupling shrouds permit ganging of smaller connectors with guide ribs to form larger single- or double-row latching connectors Mass terminating tooling provides lowest applied cost for most production needs SMT and SMT compatible, high-temp headers available Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR7189 The AMPMODU MTE Interconnection System offers both wire-to-board and wire-to-wire connectors using.02 [0.64] sq. post technology. The AMPMODU MTE Interconnection System consists of single-row housings with contacts preloaded on centers. Housings are furnished with contacts partially inserted, leaving the termination areas exposed. Final contact insertion can be accomplished automatically with TE application equipment, and manually when terminated with the TE pistol grip hand tool. The heart of the system is the insulation displacement contact design, featured in both pin and receptacle contacts. The receptacle contact, available in either standard or high-pressure, features dual cantilever beams in an enclosed box. The post stop helps prevent a mating post from disturbing the wire termination and also limits the mating depth of a long post to protect a wrap-type termination at the base of the post. The forward contact stop helps prevent contact overinsertion prior to termination. All contacts are furnished on carrier strips which are interlocked for stability and positive location during termination. Single-row housings are available in sizes 2 through 2 positions. Included are three styles of receptacle housings plain, polarized/ latching and ribbed and two styles of pin housings, shrouded with polarizing/ latching feature and ribbed. Performance Specifications Electrical Characteristics Contact Current Rating 3 amperes for single contact in free air (Amperage could vary due to ambient temperature, wire size and duty cycles.) Contact Termination Resistance 1 milliohms (max.) Dielectric Withstanding Voltage At Sea Level 600 VAC, rms At 70,000 Ft. [ m] 22 VAC, rms Insulation Resistance,000 megohms (min.) Environmental Characteristics Operating Temperature -6 C to +10 C Vibration 1 G s (gold), 10 G s (tin) Physical Shock 0 G s Industrial Mixed Flow Gasing Class 1 (20 days) (gold) Product Specification Application Specification MTE Interconnection System 22

226 MTE Interconnection System (Continued) Wire-to-oard Receptacle Assemblies with Guide Ribs (See pages 232 & 233) Receptacle Assemblies Polarized/Latching (See pages 230 & 231) High-Temp Headers, Polarized/Latching, Straight and Right Angle Post, with or without Holddown (See pages 249 & 20) 2 Double-Row Coupling Shroud (See page 241) Receptacle Assemblies, Polarized/Latching (See pages 230 & 231) AMPMODU Shrouded Headers, Double-Row, Straight or Right Angle Post 1 (See pages , 124, 12, 127, 128, & 149) Headers, Polarized/Latching, Straight Post, with or without Swaged Tail (See pages 244 & 24) 2 MTE Interconnection System Receptacle Contact, Insulation Displacement (Used in all Receptacle Assemblies) Receptacle Assemblies with Guide Ribs (See pages 232 & 233) Headers, Polarized/Latching, Right Angle Post, with or without Holddown (See pages 246 & 247) Single-Row Coupling Shroud (See page 240) AMPMODU reakaway Headers, Single- or Double-Row, Straight or Right Angle Post, with or without oard Retention Feature (See pages ) 1 Mating AMPMODU Double-Row Shrouded Header Assemblies must have.318 [8.08] mating post length and.10 [3.81] dimension from centerline of last 1 post to inside of end shroud wall. 2 Surface Mount Right-Angle and Vertical Headers are also available (see pages 21 and 22) Receptacle Assemblies Plain (See pages 228 and 229) High Pressure Receptacle Assemblies, Plain (See page 234) 226

227 MTE Interconnection System (Continued) Wire-to-Wire Pin Assemblies, Shrouded Polarized/Latching (See pages 236 & 237) Receptacle Assemblies, Polarized/Latching (See pages 230 & 231) Receptacle Contact, Insulation Displacement (Used in all Receptacle Assemblies) Pin Contact, Insulation Displacement (Used in all Pin Assemblies) Pin Assemblies with Guide Ribs (See pages 238 & 239) Panel Mount Pin Shroud (See page 242) Crimp Snap-In Receptacle Contact (Used with Unloaded Housings See page 23) Receptacle Assemblies with Guide Ribs (See pages 232 & 233) Single-Row Coupling Shroud (See page 240) Note: For wire-to-wire applications shown above, all pin and receptacle assembly combinations are intermateable. Crimp Snap-In Pin Contact (Used with Unloaded Housings See page 24) MTE Interconnection System 227

228 MTE Receptacle Assemblies Plain, Single-Row, Centerline Receptacle Contacts (See Note 1).20 [13.21] Preassembled housings in strip form are available in positions 2 thru 12. For ease of handling, positions 2 thru are recommended when using the TE Manual Pistol Grip Tool [28.4].600 [1.24] Material and Finish MTE Receptacle Assemblies Housing lack thermoplastic, 94V-0 rated Contacts Phosphor ronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating C [0.0024] tin over [ ] nickel on entire contact Note: Insulation displacement contacts accept an insulation diameter of.030 [0.76] min. to.04 [1.37] max. with an insulation wall thickness of.01 [0.38] max. Mating post length for preloaded housings is.200 [.08] min.,.20 [6.3] max. A Position No. 1 Indicator (Farside).098 [2.49] Related Product Data Mateable AMPMODU Products reakaway Headers pages (with.230 mating length) Reeled reakaway Headers pages 106, 107 (with.230 mating length) Machine Applied andolier Posts page 163 Single-Row Shrouded Headers with.066 [1.68] End Dimension pages 11, 116 Interchangeable Crimp Contacts (Short Point) page 23 Application Tooling page 273 Performance Specifications page 22 Technical Documents pages 277, 278 Product Specification Application Specification These receptacle assemblies with plain housings can be stacked end-to-end and/or sideto-side for single or double-row connections to an open pin field with a centerline grid. 228

229 MTE Receptacle Assemblies Strip Form Plain, Single-Row, Centerline (Continued) Housing Strip Form Receptacle Assembly Strip Form Receptacle Assembly No. of Dimensions Quantities AWG [ mm 2] Wire AWG [ mm 2] Wire Unloaded Pos. A Per Strip Housings Segment Plating A Plating Plating C Plating A Plating Plating C [0.80].198 [.03] [60.96].298 [7.7] [0.].398 [10.11] [0.].498 [12.6] [60.71].98 [1.19] [3.6].698 [17.73] [40.64].798 [20.27] [4.72].898 [22.81] [0.80].998 [23.3] [.88] [27.89] [60.96] [30.43] No. of Pos. Dimensions MTE Receptacle Assemblies Individual Form Plain, Single-Row, Centerline Individual Receptacle Assembly Individual Receptacle Assembly AWG [ mm 2 ] Wire AWG [ mm 2 ] Wire Plating A Plating Plating C Plating A Plating Plating C Unloaded Housings [32.96] [3.1] [38.0] [40.9] [43.13] [4.67] [48.20] [0.7] [3.29] [.83] [8.37] [60.91] [63.4] Notes: 1. Receptacle assemblies are furnished with strip contacts partially inserted into housing contacts latched into preload windows. Contacts are fully inserted into housings automatically when terminated with TE application machines, or manually when terminated with TE pistol grip hand tool. 2. Use Extraction/Lance Reset Tool No to remove receptacle contacts. 3. Keying plugs are available, see page 23. MTE Receptacle Assemblies 229

230 MTE Receptacle Assemblies Polarized/Latching, Single-Row, Centerline Receptacle Contacts (See Note 1).20 [13.21] Preassembled housings in strip form are available in positions 2 thru 12. For ease of handling, positions 2 thru are recommended when using the TE Manual Pistol Grip Tool [28.4].600 [1.24] Material and Finish MTE Receptacle Assemblies Housing lack thermoplastic, 94V-0 rated Contacts Phosphor ronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating C [0.0024] tin over [ ] nickel on entire contact Note: Insulation displacement contacts accept an insulation diameter of.030 [0.76] min. to.04 [1.37] max. with an insulation wall thickness of.01 [0.38] max. Mating post length for preloaded housings is.200 [.08] min.,.20 [6.3] max. A Position No. 1 Indicator (Farside).098 [2.49] Related Product Data Mateable AMPMODU Products Pin Assemblies (Polarized/ Latching) pages 236, 237 Pin Assemblies with Guide Ribs (installed in Panel Mount Pin Shroud) pages 238, 239, 242 Headers (Polarized/Latching) pages Interchangeable Crimp Contacts (Short Point) page 23 Application Tooling page 273 Performance Specifications page 22 Technical Documents pages 277, 278 Product Specification Application Specification

231 MTE Receptacle Assemblies Strip Form Polarized/Latching, Single-Row, Centerline (Continued) Housing Strip Form Receptacle Assembly Strip Form Receptacle Assembly No. of Dimensions Quantities AWG [ mm 2] Wire AWG [ mm 2] Wire Unloaded Pos. A Per Strip Housings Segment Plating A Plating Plating C Plating A Plating Plating C [0.80].198 [.03] [60.96].298 [7.7] [0.].398 [10.11] [0.].498 [12.6] [60.71].98 [1.19] [3.6].698 [17.73] [40.64].798 [20.27] [4.72].898 [22.81] [0.80].998 [23.3] [.88] [27.89] [60.96] [30.43] No. of Pos. Dimensions MTE Receptacle Assemblies Individual Form Polarized/Latching, Single-Row, Centerline Individual Receptacle Assembly Individual Receptacle Assembly AWG [ mm 2 ] Wire AWG [ mm 2 ] Wire Plating A Plating Plating C Plating A Plating Plating C Unloaded Housings [32.96] [3.1] [38.0] [40.9] [43.13] [4.67] [48.20] [0.7] [3.29] [.83] [8.37] [60.91] [63.4] Notes: 1. Receptacle assemblies are furnished with strip contacts partially inserted into housing contacts latched into preload windows. Contacts are fully inserted into housings automatically when terminated with TE application machines, or manually when terminated with TE pistol grip hand tool. 2. Use Extraction/Lance Reset Tool No to remove receptacle contacts. 3. Keying plugs are available, see page 23. MTE Receptacle Assemblies 231

232 MTE Receptacle Assemblies Guide Ribs, Single-Row, Centerline Receptacle Contacts (See Note 1).20 [13.21] Preassembled housings in strip form are available in positions 2 thru 12. For ease of handling, positions 2 thru are recommended when using the TE Manual Pistol Grip Tool. Material and Finish Housing lack thermoplastic, 94V-0 rated Contacts Phosphor ronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating C [0.0024] tin over [ ] nickel on entire contact Note: Insulation displacement contacts accept an insulation diameter of.030 [0.76] min. to.04 [1.37] max. with an insulation wall thickness of.01 [0.38] max. Mating post length for preloaded housings is.200 [.08] min.,.20 [6.3] max. Related Product Data Coupling Shrouds used with Single-Row page 240 Double-Row page 241 Mateable AMPMODU Products (with Receptacle Assemblies Installed in Single-Row Coupling Shrouds) Pin Assemblies (Polarized/ Latching) pages 236, 237 Pin Assemblies with Guide Ribs (installed in Panel Mount Pin Shroud) pages 238, 239, 242 Headers (Polarized/Latching) pages Mateable AMPMODU Products (with Receptacle Assemblies Installed in Double-Row Coupling Shrouds) Headers, Shrouded, Double-Row (.318 [8.08] mating post length,.10 [3.81] end dimension) pages , 124, 12, 128, 129, [28.4].600 [1.24] MTE Receptacle Assemblies Typ A Position No. 1 Indicator (Farside).098 [2.49] Interchangeable Crimp Contacts (Short Point) page 23 Application Tooling page 273 Performance Specifications page 22 Technical Documents pages 277, 278 Product Specification Application Specification

233 MTE Receptacle Assemblies Strip Form with Guide Ribs, Single-Row, Centerline (Continued) Housing Strip Form Receptacle Assembly Strip Form Receptacle Assembly No. of Dimensions Quantities AWG [ mm 2] Wire AWG [ mm 2] Wire Unloaded Pos. A Per Strip Housings Segment Plating A Plating Plating C Plating A Plating Plating C [0.80].198 [.03] [60.96].298 [7.7] [0.].398 [10.11] [0.].498 [12.6] [60.71].98 [1.19] [3.6].698 [17.73] [40.64].798 [20.27] [4.72].898 [22.81] [0.80].998 [23.3] [.88] [27.89] [60.96] [30.43] No. of Pos. Dimensions MTE Receptacle Assemblies Individual Form with Guide Ribs, Single-Row, Centerline Individual Receptacle Assembly Individual Receptacle Assembly AWG [ mm 2 ] Wire AWG [ mm 2 ] Wire Plating A Plating Plating C Plating A Plating Plating C Unloaded Housings [32.96] [3.1] [38.0] [40.9] [43.13] [4.67] [48.20] [0.7] [3.29] [.83] [8.37] [60.91] [63.4] Notes: 1. Receptacle assemblies are furnished with strip contacts partially inserted into housing contacts latched into preload windows. Contacts are fully inserted into housings automatically when terminated with TE application machines, or manually when terminated with TE pistol grip hand tool. 2. Use Extraction/Lance Reset Tool No to remove receptacle contacts. 3. Keying plugs are available, see page 23. MTE Receptacle Assemblies 233

234 MTE High Pressure Receptacle Assemblies Plain, Single-Row, Centerline Receptacle Contacts (See Note 1).20 [13.21] Preassembled housings in strip form are available in positions 2 thru 12. For ease of handling, positions 2 thru are recommended when using the TE Manual Pistol Grip Tool [28.4].600 [1.24] MTE Receptacle Assemblies Material and Finish Housing lack thermoplastic, 94V-0 rated Contacts Phosphor ronze, duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Note: Insulation displacement contacts accept an insulation diameter of.030 [0.76] min. to.04 [1.37] max. with an insulation wall thickness of.01 [0.38] max. Mating post length for preloaded housings is.200 [.08] min.,.20 [6.3] max. Related Product Data Mateable AMPMODU Products reakaway Headers pages , (with.230 mating length) Reeled reakaway Headers pages 106, 107 (with.230 mating length) Machine Applied andolier Posts page 163 Application Tooling page 273 Performance Specifications page 22 Technical Documents pages 277, 278) Product Specification Application Specification A Position No. 1 Indicator (Farside).098 [2.49] Strip Form Strip Form No. of Dimensions Housings Receptacle Receptacle Pos. Quantities Per Assembly Assembly A Strip Segment AWG AWG [.0-.1mm 2 ] Wire [ mm 2 ] Wire [0.29].198 [.03] [37.8].298 [7.7] [0.].398 [10.11] [0.].498 [12.6] [60.71].98 [1.19] [3.6].698 [17.73] [40.64].798 [20.27] [4.72].898 [22.81] [0.80].998 [23.3] [.88] [27.89] [60.96] [30.43] Notes: 1. Receptacle assemblies are furnished with strip contacts partially inserted into housing contacts latched into preload windows. Contacts are fully inserted into housings automatically when terminated with TE application machines, or manually when terminated with TE pistol grip hand tool. 2. High pressure receptacle contacts can be made available in other housing styles and position sizes. Contact your TE sales representative. 234

235 MTE High Pressure Receptacle Assemblies Guide Ribs Receptacle Contacts (See Note 1).20 [13.21] Preassembled housings in strip form are available in positions 2 thru 12. For ease of handling, positions 2 thru are recommended when using the TE Manual Pistol Grip Tool [28.4].600 [1.24] Material and Finish Housing Thermoplastic, black, 94V-0 rated Contacts Phosphor ronze, duplex plated [ ] gold on contact area, [ ] min. tin on crimp area, with entire contact underplated [ ] nickel. Typ A Position No. 1 Indicator (Farside) Related Product Data Coupling Shrouds used with Single-Row page 240 Double-Row page 241 Mateable AMPMODU Products (with Receptacle Assemblies Installed in Single-Row Coupling Shrouds) Pin Assemblies (Polarized/ Latching) pages 236, 237 Pin Assemblies with Guide Ribs (installed in Panel Mount Pin Shroud) pages 238, 239, 242 Headers (Polarized/Latching) pages Mateable AMPMODU Products (with Receptacle Assemblies Installed in Double-Row Coupling Shrouds) Headers, Shrouded, Double-Row (.318 [8.08] mating post length,.10 [3.81] end dimension) pages , 124, 12, 128, 129, Application Tooling page 273 Performance Specifications page 22 Technical Documents pages 277, 278 Product Specification Application Specification [2.49] Strip Form Strip Form No. of Dimensions Housings Receptacle Receptacle Pos. Quantities Per Assembly Assembly A Strip Segment AWG AWG [.0-.1mm 2 ] Wire [ mm 2 ] Wire [0.29].198 [.03] [37.8].298 [7.7] [0.].398 [10.11] [0.].498 [12.6] [60.71].98 [1.19] [3.6].698 [17.73] [40.64].798 [20.27] [4.72].898 [22.81] [0.80].998 [23.3] [.88] [27.89] [60.96] [30.43] MTE Pin Assemblies 23

236 MTE Pin Assemblies, Shrouded Polarized/Latching, Single-Row, Centerline Pin Contacts (See Note 1) Preassembled housings in strip form are available in positions 2 thru 12. For ease of handling, positions 2 thru are recommended when using the TE Manual Pistol Grip Tool [37.34].20 [13.21] MTE Pin Assemblies Material and Finish Housing lack thermoplastic, 94V-0 rated Contacts Phosphor ronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating C [0.0024] tin over [ ] nickel on entire contact Note: Insulation displacement contacts accept an insulation diameter of.030 [0.76] min. to.04 [1.37] max. with an insulation wall thickness of.01 [0.38] max. A.200 [.08] Position No. 1 Indicator.260 [6.60].90 [24.13] Related Product Data Mateable AMPMODU Products Receptacle Assemblies (Polarized/Latching) pages 230, 231 Receptacle Assemblies with Guide Ribs (installed in Single-Row Coupling Shroud) pages 232, 233, 23, 240 Interchangeable Crimp Contacts page 24 Application Tooling page 273 Performance Specifications page 22 Technical Documents pages 277, 278 Product Specification Application Specification

237 MTE Pin Assemblies, Shrouded Strip Form Polarized/Latching, Single-Row, Centerline (Continued) Housing Strip Form Pin Assembly Strip Form Pin Assembly No. of Dimensions Quantities AWG [ mm 2] Wire AWG [ mm 2] Wire Unloaded Pos. A Per Strip Housings Segment Plating A Plating Plating C Plating A Plating Plating C [9.94].29 [7.49] [0.29].39 [10.03] [0.29].49 [12.7] [60.4].9 [1.11] [3.31].69 [17.6] [60.71].79 [20.19] [4.47].89 [22.73] [0.7].99 [2.27] [.63] 1.09 [27.81] [60.71] 1.19 [30.3] [6.79] 1.29 [32.89] No. of Pos. Dimensions MTE Pin Assemblies, Shrouded Individual Form Polarized/Latching, Single-Row, Centerline Individual Pin Assembly Individual Pin Assembly AWG [ mm 2 ] Wire AWG [ mm 2 ] Wire Plating A Plating Plating C Plating A Plating Plating C Unloaded Housings [3.43] [37.97] [40.1] [43.0] [4.9] [48.13] [0.67] [3.21] [.7] [8.29] [60.83] [63.37] [6.91] MTE Pin Assemblies Notes: 1. Pin assemblies are furnished with strip contacts partially inserted into housing contacts latched into preload windows. Contacts are fully inserted into housings automatically when terminated with TE application machines, or manually when terminated with TE pistol grip hand tool. 2. Use Extraction/Lance Reset Tool No to remove pin contacts. 237

238 MTE Pin Assemblies Guide Ribs, Single-Row, Centerline Pin Contacts (See Note 1).20 [13.21] Preassembled housings in strip form are available in positions 2 thru 12. For ease of handling, positions 2 thru are recommended when using the TE Manual Pistol Grip Tool [28.4].600 [1.24] Material and Finish MTE Pin Assemblies Housing lack thermoplastic, 94V-0 rated Contacts Phosphor ronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating C [0.0024] tin over [ ] nickel on entire contact Note: Insulation displacement contacts accept an insulation diameter of.030 [0.76] min. to.04 [1.37] max. with an insulation wall thickness of.01 [0.38] max. A.098 [2.49] Position No. 1 Indicator (Farside) Related Product Data Mateable AMPMODU MTE Products (with Pin Assembly Installed in Panel Mount Pin Shroud) pages 242, 243 Receptacle Assemblies (Polarized/Latching) pages 230, 231 Receptacle Assemblies with Guide Ribs (installed in Single Row Coupling Shroud) pages 232, 233, 23, 240 Interchangeable Crimp Contacts page 24 Application Tooling page 273 Performance Specifications page 22 Technical Documents pages 277, 278 Product Specification Application Specification

239 MTE Pin Assemblies Strip Form with Guide Ribs, Single-Row, Centerline (Continued) Housing Strip Form Pin Assembly Strip Form Pin Assembly No. of Dimensions Quantities AWG [ mm 2] Wire AWG [ mm 2] Wire Unloaded Pos. A Per Strip Housings Segment Plating A Plating Plating C Plating A Plating Plating C [0.29] [.03] [37.8] [7.7] [0.] [10.11] [0.] [12.6] [60.71] 0.98 [1.19] [3.6] [17.73] [40.64] [20.27] [4.72] [22.81] [0.80] [2.3] [.88] [27.89] [60.96] [30.43] No. of Pos. Dimensions MTE Pin Assemblies Individual Form with Guide Ribs, Single-Row, Centerline Individual Pin Assembly Individual Pin Assembly AWG [ mm 2 ] Wire AWG [ mm 2 ] Wire Plating A Plating Plating C Plating A Plating Plating C Unloaded Housings [3.1] [38.0] [40.9] [43.13] [4.67] [48.20] [0.7] [3.29] [.83] [8.37] [60.91] [63.4] [6.99] MTE Pin Assemblies Notes: 1. Pin assemblies are furnished with strip contacts partially inserted into housing contacts latched into preload windows. Contacts are fully inserted into housings automatically when terminated with TE application machines, or manually when terminated with TE pistol grip hand tool. 2. Use Extraction/Lance Reset Tool No to remove pin contacts. 239

240 Coupling Shrouds for MTE Receptacle Assemblies with Guide Ribs Single-Row Material lack thermoplastic, 94V-0 rated Technical Documents pages 277, 278 Product Specification Application Specification [14.78] No. of Dimension Single-Row Pos. A Coupling Shroud 4.48 [12.32] [14.86] [17.40] [19.94] [22.48] [2.02] [27.6] [30.10] [32.64] [3.18] [37.72] A.307 [7.80] No. of Dimension Single-Row Pos. A Coupling Shroud [40.26] [42.80] [4.34] [47.88] [0.42] [2.96] [.0] [8.04] [60.8] [63.12] [6.66] MTE Coupling Shrouds Pin Assemblies with Guide Ribs, Installed in Panel Mount Pin Shroud (Refer to pages 238, 239 & 242) Pin Assembly, Shrouded Polarized/Latching (Refer to pages 236 & 237) Receptacle Assemblies with Guide Ribs (Refer to pages 232, 233, 23) Single-Row Coupling Shroud Headers, Polarized/Latching, Straight and Right Angle Post, with or without Holddown (See pages ) Typical Application of Single-Row Coupling Shroud and Mating AMPMODU MTE Products 240

241 Coupling Shrouds for MTE Receptacle Assemblies with Guide Ribs (Continued) Double-Row Material lack thermoplastic, 94V-0 rated.73 [18.67] Technical Documents pages 277, 278 Product Specification Application Specification Position No. 1 Identification A No. of Dimension Double-Row Pos. A Coupling Shroud 8.8 [14.86] [17.40] [19.94] [22.48] [2.02] [27.6] [30.10] [32.64] [3.18] [37.72] [40.26] [42.80] [4.34] [47.88] [.0] [68.20] MTE Coupling Shrouds AMPMODU Shrouded Headers Double-Row, Straight or Right Angle Post 1 Double-Row Coupling Shroud Receptacle Assemblies with Guide Ribs (Refer to pages 232, 233 & 23) 1 Mating AMPMODU Double-Row Shrouded Headers must have.318 [8.08] mating post length and.10 [3.81] dimension from centerline 1 of last post to inside of end shroud wall. Typical Application of Double-Row Coupling Shroud and Mating AMPMODU Products 241

242 Panel Mount Pin Shrouds for MTE Pin Assemblies with Guide Ribs, Single-Row Material lack thermoplastic, 94V-0 rated.310 [7.87] Technical Documents pages 277, 278 Product Specification Application Specification A.20 [6.3].990 [2.1] Position No. 1 Identification MTE Panel Mount Pin Shrouds.320 [8.13].270 [6.86].320 [8.13] No. of Dimensions Panel Mount Pos. A Pin Shroud 2.73 [18.67].62 [1.88] [21.21].72 [18.42] [23.7].82 [20.96] [26.29].92 [23.0] [28.83] 1.02 [26.04] [31.37] 1.12 [28.8] [33.91] 1.22 [31.12] [36.4] 1.32 [33.66] [38.99] 1.42 [36.20] [41.3] 1.2 [38.74] [44.07] 1.62 [41.28] [46.61] 1.72 [43.82] No. of Dimensions Panel Mount Pos. A Pin Shroud [49.1] 1.82 [46.36] [1.69] 1.92 [48.90] [4.23] 2.02 [1.44] [6.77] 2.12 [3.98] [9.31] 2.22 [6.2] [61.8] 2.32 [9.06] [64.39] 2.42 [61.60] [66.93] 2.2 [64.14] [69.47] 2.62 [66.68] [72.01] 2.72 [69.22] [74.] 2.82 [71.76] [77.09] 2.92 [74.30]

243 Panel Mount Pin Shrouds for MTE Pin Assemblies with Guide Ribs, Single-Row (Continued) Material lack thermoplastic, 94V-0 rated Technical Documents pages 277, 278 Product Specification Application Specification Panel Mount Pin Shroud Pin Assembly with Guide Ribs (Refer to pages 238 & 239) Receptacle Assemblies with Guide Ribs, Installed in Single-Row Coupling Shroud (Refer to pages 232, 233, 23 & 240) Rear of Panel Receptacle Assembly, Polarized/Latching (Refer to pages 230 & 231) Typical Application of Panel Mount Pin Shroud and Mating AMPMODU Products MTE Panel Mount Pin Shrouds 243

244 MTE Headers, Shrouded Polarized/Latching, Single-Row Centerline.02 [0.64] Square Straight Post (With or Without Swaged Tail).3 [13.9] Swaged Retention Tail (See Note) Position No. 1 Indicator MTE Headers Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, plated as follows: Plating A Duplex plated [ ] gold on contact area, [0.0024] min. tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [0.0024] min. tin on solder area, with entire post underplated [ ] nickel Plating C [0.0024] tin over [ ] nickel on entire post.060 [1.2].120 [3.0].060 [1.2] A C X X * C.200 [.08].27 [6.98].230 [.84].30 [8.89] Section X-X.200 [.08] Ref. (Contact Area).130 [3.30] Related Product Data Mateable AMPMODU MTE Products Receptacle Assemblies (Polarized/Latching) pages 230, 231 Receptacle Assemblies with Guide Ribs (installed in Single-Row Coupling Shroud) pages 232, 233, 23, ±.003 Dia. [0.89±0.08] or.040±.003 Dia. [1.02±0.08] (for Retention Tails) Recommended PC oard Hole Layout *±.003 [±0.08]; tolerances not to accumulate within one connector pattern. Note: Swaged retention tails are provided in a minimum of two locations per header. Technical Documents pages 277, 278 Product Specification Application Specification

245 MTE Headers, Shrouded Polarized/Latching, Single-Row Centerline (Continued) No. of Dimensions Polarized/Latching Header With Swage Polarized/Latching Header Without Swage Pos. A C Plating A Plating Plating C Plating A Plating Plating C [7.62].220 [.9] [10.16].320 [8.13].200 [.08] [12.70].420 [10.67].300 [7.62] [1.24].20 [13.21].400 [10.16] [17.78].620 [1.7].00 [12.70] [20.32].720 [18.29].600 [1.24] [22.86].820 [20.83].700 [17.78] [2.40].920 [23.37].800 [20.32] [27.94] [2.91].900 [22.86] [30.48] [28.4] [2.40] [33.02] [30.99] 1 [27.94] [3.6] [33.3] [30.48] [38.10] [36.07] [33.02] [40.64] 1.20 [38.61] [3.6] [43.18] [41.1] 1.00 [38.10] [4.72] [43.69] [40.64] [48.26] [46.23] [43.18] [0.80] [48.77] [4.72] [3.34] [1.31] [48.26] [.88] [3.8] [0.80] [8.42] [6.39] 2 [3.34] [60.96] [8.93] [.88] [63.0] [61.47] [8.42] [66.04] 2.20 [64.01] [60.96] Notes: 1. Selectively loaded headers are available, consult TE. 2. Use Keying Tool No to remove post for keying. MTE Headers 24

246 MTE Headers, Shrouded Latching, Single-Row Centerline.02 [0.64] Square Right-Angle Post With Holddown.3 [13.9] A Position No. 1 Indicator MTE Headers Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, plated as follows: Plating A Duplex plated [ ] gold on contact area, [0.0024] min. tin on solder area, with entire post underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [0.0024] min. tin on solder area, with entire post underplated [ ] nickel Plating C [0.0024] tin over [ ] nickel on entire post.060 [1.2].120 [3.0].060 [1.2] Without Holddown C.230 [.84] X [.08] Ref. [.08] (Contact Area) X.36 [9.27].27 [6.99].134±.003 [3.40±0.08] Dia. (2 Plc.).30 [8.89].340±.003 * [8.64±0.08].0±.003 [1.40±0.08].03±.003 Dia. [0.89±0.08] C Recommended PC oard Hole Layout (PC board thickness (for Holddown Feature) is.062±.008 [1.7±0.20]) *±.003 [±0.08]; tolerance not to accumulate within one connector pattern..3 [13.9] Section X-X.14 [3.68].130 [3.30] Related Product Data Mateable AMPMODU MTE Products Receptacle Assemblies (Latching) pages 230, 231 Receptacle Assemblies with Guide Ribs (installed in Single-Row Coupling Shroud) pages 232, 233, 23, [1.2] A Position No. 1 Indicator.230 C [.84].200 [.08] Ref. X (Contact Area) [.08] [6.99] 246 Technical Documents pages 277, 278 Product Specification Application Specification [3.0].060 [1.2] X *.03±.003 Dia. [0.89±0.08] Recommended PC oard Hole Layout *±.003 [±0.08]; tolerance not to accumulate within one connector pattern. C.30 [8.89] Section X-X.14 [3.68].130 [3.30]

247 MTE Headers, Shrouded Latching, Single-Row Centerline (Continued) No. of Dimensions Latching Header With Hold Down Latching Header Without Hold Down Pos. A C Plating A Plating Plating C Plating A Plating Plating C [7.62].220 [.9] [10.16].320 [8.13].200 [.08] [12.70].420 [10.67].300 [7.62] [1.24].20 [13.21].400 [10.16] [17.78].620 [1.7].00 [12.70] [20.32].720 [18.29].600 [1.24] [22.86].820 [20.83].700 [17.78] [2.40].920 [23.37].800 [20.32] [27.94] [2.91].900 [22.86] [30.48] [28.4] [2.40] [33.02] [30.99] 1 [27.94] [3.6] [33.3] [30.48] [38.10] [36.07] [33.02] [40.64] 1.20 [38.61] [3.6] [43.18] [41.1] 1.00 [38.10] [4.72] [43.69] [40.64] [48.26] [46.23] [43.18] [0.80] [48.77] [4.72] [3.34] [1.31] [48.26] [.88] [3.8] [0.80] [8.42] [6.39] 2 [3.34] [60.96] [8.93] [.88] [63.0] [61.47] [8.42] [66.04] 2.20 [64.01] [60.96] Notes: 1. Selectively loaded headers are available, consult TE. 2. Use Keying Tool No to remove post for keying. MTE Headers 247

248 MTE Headers, Shrouded Latching, Single-Row Centerline.02 [0.64] Square Straight Post (With Swaged Tails and PC oard Orientation).3 [13.9] Swaged Retention Tail (See Note) Position No. 1 Indicator Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, plated [0.0024] tin over [ ] nickel on entire post.200 [.08].120 [3.0].060 [1.2] (2 Plc.) X A C.260 [6.60].070 [1.78].00 [1.27] Dia. MTE Headers Related Product Data Mateable AMPMODU MTE Products Receptacle Assemblies (Polarized/Latching) pages 230, 231 Receptacle Assemblies with Guide Ribs (installed in Single-Row Coupling Shroud) pages 232, 233, 23, [1.2] * X C.00 [1.27].06±.003 [1.6±0.08] Dia..13±.003 [3.43±0.08].230 [.84].130 [3.30] Technical Documents pages 277, 278 Product Specification Application Specification ±.003 Dia. [1.02±0.08] (for Retention Tails).07±.003 [1.91±0.08] Recommended PC oard Hole Layout.30 [8.89] Section X-X *±.003 [±0.08]; tolerances not to accumulate within one connector pattern. Note: Swaged retention tails are provided in a minimum of two locations per header. No. of Dimensions Latching Pos. A C Header [7.62].220 [.9] [10.16].320 [8.13].200 [.08] [12.70].420 [10.67].300 [7.62] [1.24].20 [13.21].400 [10.16] [17.78].620 [1.7].00 [12.70] [20.32].720 [18.29].600 [1.24] [22.86].820 [20.83].700 [17.78] [2.40].920 [23.37].800 [20.32] [27.94] [2.91].900 [22.86]

249 MTE Headers, Through-hole, Surface Mount Compatible, Shrouded Polarized/Latching, Single-Row Centerline.02 [0.64] Square Straight Post (With Swaged Tails and PC oard Orientation).3 [13.9] Swaged Retention Tail (See Note) Position No. 1 Indicator A Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, duplex plated [ ] gold on contact area, [0.0024] min tin on solder tail, with entire post underplated [ ] nickel Related Product Data Mateable AMPMODU MTE Products Receptacle Assemblies with Guide Ribs (installed in Single-Row Coupling Shroud) pages 232, 233, 23, 240 Receptacle Assemblies (Polarized Latching) pages 230, [1.2].120 [3.0].060 [1.2].180±.002 [4.7±0.0] C X X *.200 [.08].262 [6.6].230 [.84].30 [8.89].040±.002 [1.02±0.0].06±.003 [1.6±0.08].13±.003 [3.43±0.08] Section X-X.200 [.08] Ref. (Contact Area).130 [3.30] MTE Headers Technical Documents pages 277, 278 Product Specification Application Specification ±.003 Dia. [1.02±0.08] Plated-Thru Hole Header Profile (Shown for orientation purposes only).020±.002 [0.1±0.0].07±.003 [1.90±0.08] Recommended PC oard Hole Layout (Stencil Thickness =.010 [0.2]) *±.003 [±0.08] tolerance not to accumulate within one connector pattern No. of Dimensions Polarized/Latching Pos. A C Header, High-Temp [7.62].220 [.9] [10.16].320 [8.13].200 [.08] [12.70].420 [10.67].300 [7.62] [1.24].20 [13.21].400 [10.16] [17.78].620 [1.7].00 [12.70] [20.32].720 [18.29].600 [1.24] [22.86].820 [20.83].700 [17.78] [2.40].920 [23.37].800 [20.32] [27.94] [2.91].900 [22.86] [30.48] [28.4] [2.40] [33.02] [30.99] 1 [27.94]

250 MTE Headers, Polarized/Latching, Through-Hole, Surface Mount Compatible, Single-Row, Centerline.02 [0.64] Square Right-Angle Post (With Holddown).3 [13.9] Position No. 1 Indicator MTE Headers Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, duplex plated [ ] gold on contact area, [0.0024] min. tin on solder tail, with entire post underplated [ ] nickel Related Product Data Mateable AMPMODU MTE Products Receptacle Assemblies (Polarized/ Latching) pages 230, 231 Receptacle Assemblies with Guide Ribs (installed in Single-Row Coupling Shroud) pages 232, 233, 23, 240 Technical Documents pages 277, 278 Product Specification Application Specification [1.2] (2 Plc.).120 [3.0].060 [1.2].340±.003 [8.64±0.08].03±.003 Dia. [0.89±0.08] Plated-Thru Hole A C X X *.070±.002 [1.78±0.1] C Recommended PC oard (Stencil Thickness =.010 [0.2]).180 [4.7].08±.003 [1.47±0.08] (2 Plc.).262 [6.6] Dia ].093 (2 Plc.).090±.002 [2.29±0.0] *±.003 [±0.08]; tolerance is not to accumulate within one connector pattern. [.230 [.84].200 [.08] Ref. (Contact Area).30 [8.89].14 [3.68] Section X-X.200 [.08].14 [3.68] No. of Dimensions Right-Angle Header Pos. A C with Hold Down [7.62].220 [.9] [10.16].320 [8.13].200 [.08] [12.70].420 [10.67].300 [7.62] [1.24].20 [13.21].400 [10.16] [17.78].620 [1.7].00 [12.70] [20.32].720 [18.29].600 [1.24] [22.86].820 [20.83].700 [17.78] [2.40].920 [23.37].800 [20.32] [27.94] [2.91].900 [22.86] [30.48] [28.44] [2.40] [33.02] [30.99] 1 [27.94] [3.6] [33.3] [30.48] No. of Dimensions Right-Angle Pos. Header A C with Hold Down [38.10] [36.07] [33.02] [40.64] 1.20 [38.61] [3.6] [43.18] [41.1] 1.00 [38.10] [4.72] [43.69] [40.64] [48.26] [46.23] [43.18] [0.80] [48.77] [4.72] [3.34] [1.31] [48.26] [.88] [3.8] [0.80] [8.42] [6.39] 2 [3.34] [60.96] [8.93] [.88] [63.0] [61.47] [8.42] [66.04] 2.20 [64.01] [60.96]

251 MTE Headers, Right-Angle, Polarized/Latching, Surface Mount Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, plated as follows: Plating A Duplex plated [.00076] gold on contact area, [.0024] min. tin on solder area, with entire post underplated [.00127] nickel. Plating Duplex plated [.00038] gold on contact area, [.0024] min. tin on solder area, with entire post underplated [.00127] nickel. Plating C [.0024] tin over [.00127] nickel on entire post Recommended PC oard Layout (Refer to MTE Application Spec for Stencil Aperture Layout Using.006 [0.12] or.008 [0.203] Stencil Thickness) Related Product Data Mateable AMPMODU MTE Products Receptacle Assemblies (Polarized/ Latching) pages 230, 231 Receptacle Assemblies with Guide Ribs (installed in Single-Row Coupling Shroud) pages 232, 233, 23, 240 Technical Documents pages 277, 278 Product Specification Application Specification Note: All part numbers are RoHS compliant..288 [7.32] Ref.02 [0.64].262 [6.6] K K.140±.002 [3.6±0.0] Position No. 1 Indicator A C D No. of Dimensions Right-Angle Latching SMT Headers Pos. A C D E Plating A Plating Plating C [10.16].220 [.9].140 [3.6].290 [7.37] [12.70].320 [8.13].200 [.08].190 [4.83].390 [9.91] [1.24].420 [10.67].300 [7.62].240 [6.10].490 [12.4] [17.78].20 [13.21].400 [10.16].290 [7.37].90 [14.99] [20.32].620 [1.7].00 [12.70].340 [8.64].690 [17.3] [22.86].720 [18.29].600 [1.24].390 [9.91].790 [20.07] [2.40].820 [20.83].700 [17.78].440 [11.18].890 [22.61] [27.94].920 [23.37].800 [20.32].490 [12.4].990 [2.1] [30.48] [2.91].900 [22.86].40 [13.72] [27.69] [33.02] [28.4] [2.40].90 [14.99] [30.23] [3.6] [30.99] 1 [27.94].640 [16.26] [32.77] [38.10] [33.3] [30.48].690 [17.3] [3.31] [40.64] [36.07] [33.02].740 [18.80] [37.8] [43.18] 1.20 [38.61] [3.6].790 [20.07] 1.90 [40.39] [4.72] [41.1] 1.00 [38.10].840 [21.34] [42.93] [48.26] [43.69] [40.64].890 [22.61] [4.47] [0.80] [46.23] [43.18].940 [23.88] [48.01] [3.34] [48.77] [4.72].990 [2.1] [0.] [.88] [1.31] [48.26] [26.42] [3.09] [8.42] [3.8] [0.80] [27.69] [.63] [60.96] [6.39] 2 [3.34] [28.96] [8.17] [63.0] [8.93] [.88] [30.23] [60.71] [66.04] [61.47] [8.42] [31.0] [63.2] [68.8] 2.20 [64.01] [60.96] [32.77] 2.90 [6.79] [3.0].3 [13.9].140 [3.6].16±.003 [4.19±0.07].133 [3.38].070±.002 Typ [1.78±0.0].200 [.08].120 [3.0].076 [1.93] [0.0] [11.61] Ref (Tangent of heel) Section K-K.04/.039 [1.37/0.99] E Ø.08±.002 [2.16±0.0].06 Min Pad on [1.6] Underside 2 Plc C Recommended PC oard Layout.30 [8.89].200 [.08] Ref Contact Area See L View L.136±.001 [3.4±0.02] 2 Plc.26 [6.73] Ø Plc [0.97].190±.001 [4.83±0.02] 2 Plc [ ] (Plated thru hole) 21 MTE Headers

252 MTE Headers, Vertical, Polarized/Latching, Surface Mount E.02 [0.62].07 [1.90].3 [13.9] MTE Headers 22 Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, plated as follows: Plating A Duplex plated [.00076] gold on contact area, [.0024] min. tin on solder area, with entire post underplated [.00127] nickel. Plating Duplex plated [.00038] gold on contact area, [.0024] min. tin on solder area, with entire post underplated [.00127] nickel. Plating C [.0024] tin over [.00127] nickel on entire post Recommended PC oard Layout (Refer to MTE Application Spec for Stencil Aperature Layout using.006 [0.12] or.008 [0.203] stencil thickness Related Product Data Mateable AMPMODU MTE Products Receptacle Assemblies (Polarized/ Latching) pages 230, 231 Receptacle Assemblies with Guide Ribs (installed in Single-Row Coupling Shroud) pages 232, 233, 23, 240 Technical Documents pages 277, 278 Product Specification Application Specification Note: All part numbers are RoHS compliant..02 [0.64].313 [7.62].200 [.08] A Ø [ ] Plated Thru-Hole Ø.070±.002 [1.78±0.0] Position No. 1 Indicator K K.120 [3.0].0±.003 [1.40±0.08].063 [1.2] C 0.06 D [1.3] Recommended PC oard Layout.088±.003 [2.2±0.08].113 [2.88] Pick and Place Cap.227 [.76] Position No. 1 Section K-K.230 [.84] No. of Dimensions Vertical SMT Headers Pos. A C D E Plating A Plating Plating C 2.300[7.62].220[.9].220[.60].110[2.80] [10.16].320[8.13].200[.08].320[8.14].160[4.07] [12.70].420[10.67].300[7.62].420[10.68].210[.34] [1.24].20[13.21].400[10.16].20[13.22].260[6.61] [17.78].620[1.7].00[12.70].620[1.76].310[7.88] [20.32].720[18.29].600[1.24].720[18.30].360[9.1] [22.86].820[20.83].700[17.78].820[20.84].410[10.42] [2.40].920[23.37].800[20.32].920[23.38].460[11.69] [27.94] 1.020[2.91].900[22.86] 1.020[2.92].10[12.96] [30.48] 1.120[28.4] 1.000[2.40] 1.120[28.46].60[14.23] [33.02] 1.220[30.99] 1[27.94] 1.220[31.00].610[1.0] [3.6] 1.320[33.3] 1.200[30.48] 1.320[33.4].660[16.77] [38.10] 1.420[36.07] 1.300[33.02] 1.420[36.08].710[18.04] [40.64] 1.20[38.61] 1.400[3.6] 1.20[38.62].760[19.31] [43.18] 1.620[41.1] 1.00[38.10] 1.620[41.16].810[20.8] [4.72] 1.720[43.69] 1.600[40.64] 1.720[43.70].860[21.8] [48.26] 1.820[46.23] 1.700[43.18] 1.820[46.24].910[23.12] [0.80] 1.920[48.77] 1.800[4.72] 1.920[48.78].960[24.39] [3.34] 2.020[1.31] 1.900[48.26] 2.020[1.32] 1.010[2.66] [.88] 2.120[3.8] 2.000[0.80] 2.120[3.86] 1.060[26.93] [8.42] 2.220[6.39] 2[3.34] 2.220[6.40] 1.110[28.20] [60.96] 2.320[8.93] 2.200[.88] 2.320[8.94] 1.160[29.47] [63.0] 2.420[61.47] 2.300[8.42] 2.420[61.48] 1.210[30.74] [66.04] 2.20[64.01] 2.400[60.96] 2.20[64.02] 1.260[32.01]

253 Interchangeable Contacts, Wire Crimp (Snap-In) Material and Finish Copper alloy C702, plated as follows: Plating A Duplex plated [ ] min. gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] min. nickel Plating Duplex plated [ ] min. gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] min. nickel Plating C [0.0024] min. tin over [ ] min. nickel on entire contact Short Point Receptacles.460 [11.68].068 [1.73].060 [1.2] C C Keying Plug Part No Ten plugs are supplied per strip. Order quantity reflects the number of strips required..012 [0.30] Gap MTE Headers Extraction/Lance Reset Tool No Related Product Data Performance Characteristics page 221 Housings used in Short Point pages 223, 224 AMPMODU MTE Unloaded Housings pages Application Tooling pages Technical Documents pages 277, 278 Product Specification , Application Specification Section C - C Wire Size Range AWG [mm 2 ] Ins. Dia. Range Finish Heavy Duty Miniature Applicator for Contact Part No. Applicator for (Standard Pressure) AMP-O-MATIC AMP-O-LECTRIC Stripper/Crimper Strip Form Loose Piece Machine* Machine Hand Tool Nos. Plating A Plating Plating C Plating A Plating Plating C Plating A Plating Plating C *For use with Model K machines. Call the Technical Support Center ( ) for part nos. of applicators for use with the Model G machines (shown on page 270), as well as other bench machines and fully automatic AMPOMATOR lead making machines. Note: These wire crimp contacts can be intermixed with insulation displacement crimp contacts. 23

254 Material and Finish Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold on contact area, [ ] min. tin in crimp area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold on contact area, [ ] min. tin on solder area, with entire contact underplated [ ] nickel Plating C [0.0024] tin over [ ] nickel on entire contact Interchangeable Contacts, Wire Crimp (Snap-In) (Continued) Pins.02 [0.64] Extraction/Lance Reset Tool No [0.64] MTE Contacts Related Product Data Performance Characteristics page 221 AMPMODU MTE Unloaded Housings pages Application Tooling pages Technical Documents pages 277, 278 Product Specification Application Specification [20.7] Contact Heavy Duty Applicator for Wire Size Part No. Range Ins. Dia. Miniature Applicator AMP-O-MATIC Hand Range Finish (Standard Pressure) for AMP-O-LECTRIC Stripper/ Tool AWG [mm 2 ] Strip Loose Machine* Crimper Nos. Form Piece Machine Plating A Plating Plating C Plating A Plating Plating C *For use with AMP-O-LECTRIC Model K machines. Call Technical Support Center ( ) for part nos. of applicators for use with the AMP-O-LECTRIC Model G machines (shown on page 270), as well as other bench machines and fully automatic AMPOMATOR lead making machines. Note: These wire crimp contacts can be intermixed with insulation displacement crimp contacts. 24

255 Product Facts Full line of mass termination tooling offers lowest installed cost for most production needs Dual cantilever beams with anti-overstress features provide redundant contact of mating post and limit beam deflection, preventing permanent deformation Redundant insulation displacement slots provide for maximum reliability Integral wire strain relief on contact can prevent wire motion from being transmitted to wire termination areas uilt-in contact post stop can protect terminated wire from being disturbed by over-insertion of mating post, prevents wire from entering contact area and positively limits mating connector depth Insulation displacement contacts and crimp, snap-in contacts are interchangeable Complete serviceability with replacement contacts Cover styles include low profile (polarized, non-polarized, latching and ejection) and standard profile (hermaphroditic and ejection) Connector housings may be stacked end-to-end within one pair of covers. All varieties of covers in this catalog are suitable for multiple housing stacking applications similar to the example illustrated in the photograph to the right Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 MT and Shielded MT Interconnection System D-R Assembly Hermaphroditic Covers D-R Assembly Ejection Cover ack Cover Latch Header D-R Assembly Latching Cover ack Cover The AMPMODU MT and Shielded MT Interconnection System offers labor and cost savings through mass termination technology, while maintaining the timeproven reliability of the AMPMODU product family. The MT system is comprised of preloaded, double-row receptacle assemblies with snap-on covers and a variety of shielding hardware and accessories. The system is supported by a full line of mass termination tooling to meet virtually most production needs. The insulation displacement contact, the heart of the MT Hdr Wire-to-oard D-R Assembly Polarizing Cover ack Cover D-R Assembly Non-Polarizing Cover ack Cover Header Header system, features a mating interface that is the same as the conventional AMPMODU crimp, snap-in contact, featuring dual cantilever beams, built-in overstress protection and a completely enclosed box design. To reduce EMI/ESD (electromagnetic interference/ electrostatic discharge) at the input-output interface, add-on metal shields can be used to convert standard MT connectors to shielded MT connectors. Typical Application of End-to-End Stacking D-R Assembly Hermaphroditic Covers Performance Characteristics Contact Current Rating 3 amperes for single contact in free air. (Amperage could vary due to ambient temperature, wire size and duty cycles.) Operating Temperature -6 C to +10 C Termination Resistance 12 milliohms max. Max. Mating Force High pressure - 26 oz. [7.23 N] Standard pressure - 9 oz. [2.0 N] Min. Unmating Force High pressure oz. [1.39 N] Standard pressure 1. oz. [0.417 N] Contact Retention in Housing lb. [22.24 N] per contact min. MT and Shielded MT Interconnection System 2

256 MT Receptacle Assemblies, Double-Row x [2.4 x 2.4] Centerline Housings Pre-loaded with Standard Pressure Contacts Contact I.D. No..12 [3.18].600 [1.24].270 [6.86] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy, duplex plated [ ] gold in mating area, [ ] tin on solder tail, with entire contact underplated [ ] nickel.00 [1.27] A Max. 1 Circuit No. 1 Identifier.070 [1.78].240 [6.10] Right-Angle Header MT Receptacle Assembly.300 [7.62] MT Receptacle Assemblies Related Product Data Mateable Connectors pages 117, 122, 126, 130, 264 Cable Insulation Wall Thickness.01 [0.39] max. Cable Insulation Diameter.00 [1.27] max. Mating Post Length [ ] max. Performance Characteristics page 2 Replacement Contacts page 26 Connector Covers pages 28, 29 Application Tooling pages Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet Keying Plugs Part Nos. (Stamped) No. of Dimensions Wire Size Range Unloaded Pos. A AWG AWG AWG Housings [ mm 2 ] [ mm 2 ] [ mm 2 ] [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] [27.94] [2.40] [30.48] 1 [27.94] [33.02] [30.48] [3.6] [33.02] [38.10] [3.6] [40.64] 1.00 [38.10] [43.18] [40.64] [0.80] [48.26] [63.0] [60.96] [76.20] [73.66] [81.28] 3 [78.74] Note: Contact Extraction/Lance Reset Tool No , see page 26. PC oard.270 [6.86] Part No (Plugs into receptacle contact) Material Natural color nylon Part No (Plugs directly into housing) 26

257 MT Receptacle Assemblies, Double-Row x [2.4 x 2.4] Centerline (Continued) Housings Pre-loaded with High Pressure Contacts Contact I.D. No [3.18].600 [1.24] Material and Finish Housing Glass-filled thermoplastic, black, 94V-0 rated Contacts Copper alloy, duplex plated [ ] gold in mating area, [ ] tin on solder tails, with entire contact underplated [ ] nickel Related Product Data Mateable Connectors pages 117, 122, 126, 130, 264 Cable Insulation Wall Thickness.01 [0.39] max. Cable Insulation Diameter.00 [1.27] max. Mating Post Length [ ] max. Performance Characteristics page 2 Replacement Contacts page 26 Connector Covers pages 28, 29 Application Tooling pages Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet [1.27] A Max. 1 Circuit No. 1 Identifier.240 [6.10].270 [6.86] Right-Angle Header PC oard.270 [6.86] MT Receptacle Assembly Part Nos. (Stamped*) No. of Dimensions Wire Size Range Pos. A AWG AWG AWG [ mm 2 ] [ mm 2 ] [ mm 2 ] [7.62].200 [.08] [10.16].300 [7.62] [12.70].400 [10.16] [1.24].00 [12.70] [17.78].600 [1.24] [20.32].700 [17.78] [22.86].800 [20.32] [2.40].900 [22.86] *Cavity identification first cavity (one side); TE Part No. and date code stamped on housing where size permits. Note: Contact Extraction/Lance Reset Tool No , see page [7.62] MT Receptacle Assemblies Keying Plugs Part No (Plugs into receptacle contact) Material Natural color nylon Part No (Plugs directly into housing) 27

258 Low Profile Covers for Double-Row MT Receptacle Assemblies Material lack thermoplastic, flame retardant Related Product Data For use on Double-Row MT Receptacle Assemblies pages 26, 27 Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet Front Covers A - Polarizing Cover (Mates with AMPMODU 4-sided shrouded headers. Refer to pages 117, 122, 126, 130.).70 [19.0] L - Latching Cover (Mates with AMPMODU 4-sided shrouded headers with extraction slot. Refer to pages 117, 122, 126, 130.).70 [19.0] L Note: See page 29 for Low Profile Cover Part Nos. C - Ejection Cover (Mates with AMP-LATCH universal ejection style pin headers equipped with latching ears, Part No (with push tabs) or Part No (without push tabs), see TE Catalog D - Non-Polarizing Cover (Designed for use with shielded connectors, pages 261 & 262; or for non-polarizing applications.) MT Low Profile Covers.09 [2.41].70 [19.0].70 [19.0] Assembled*.480 [12.19].10 [3.81].468 [11.89] *Dimension applies to cover when installed on connector housing. ack Covers E - For Shielding and Non-Shielding Applications (For use with any low profile cover.) F - For Shielding Applications (For use with Non-Polarizing Cover only.) L L 28

259 Standard Profile Covers for Double-Row MT Receptacle Assemblies Material lack thermoplastic, flame retardant Related Product Data For use on Double-Row MT Receptacle Assemblies pages 26, 27 G - Hermaphroditic Cover (Two hermaphroditic covers can be used or one hermaphroditic cover can be used with an H Ejection Cover.) Assembled* [28.4] H - Ejection Cover (Mates with AMP-LATCH universal ejection style pin headers equipped with latching ears, Part No (with push tabs) or Part No (without push tabs), see TE Catalog Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet [21.9] Top View ottom View.09 [2.41] [28.4].10 [3.81] L *Dimension applies to cover when installed on connector housing. Low Profile Covers Standard Profile Covers Front Covers ack Covers No. of Dimension E G H Pos. L A C D Shielding and F Hermaphroditic Ejection Polarizing Latching Ejection Non-Polarizing Non-Shielding Shielding Applications Applications [7.62] [10.16] [12.70] [1.24] [17.78] [20.32] [22.86] [2.40] [27.94] [30.48] [33.02] [3.6] [38.10] [40.64] [43.18] [0.80] [63.0] [76.20] [81.28] [11.89] MT Standard Profile Covers 29

260 Shielding Hardware and Accessories for MT Interconnection System MT Shielding Hardware and Accessories Product Facts Add-on shielding accessories for existing AMPMODU Standard MT and PC board mounted headers Compact design Tin plated copper alloy material Redundant cantilever beams provide for good peripheral contact, eliminating the need for a separate RF gasket Polarized mating 360 cable braid termination with cable jacket support Cable shielding hardware permits molded cable terminations after assembly Must be used with braided shielded cables Solder tabs on right-angle header shields are self-retaining in a PC board Shielded MT Receptacles Shielded Right-Angle Headers The shielded AMPMODU MT system features add-on metal shielding kits for double-row standard MT receptacle assemblies and double-row right-angle headers. Cable shielding hardware consists of a ferrule and two stamped and formed shell halves. The inner shell half has a series of integral cantilever beams to provide good peripheral contact with the mating outer shell half. This feature also eliminates the need for a separate RF gasket. Detents in the cantilever beam provide a positive lock when the two halves are mated. During assembly the inner and outer shell halves are snapped together over a terminated standard MT connector. Shields for right-angle headers have integral cantilever beams which provide good contact with the mating shielded MT receptacle assembly, without the use of a separate RF gasket. 260

261 Shielding Hardware and Accessories for Double-Row MT Receptacle Assemblies Two-Piece Shields Straight Exit Material and Finish Shell Halves Copper alloy,.020 [0.1] thick; pretinned [ ] min. Outer Shell Half Related Product Data Double-Row MT Receptacle Assemblies pages 26, 27 Non-Polarizing Covers (Part No. Series with back cover or ) pages 28, 29 Shield Ferrules page 263 A.326 [8.28] C Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet Standard MT Receptacle Assembly Purchased separately (Refer to pages 26 & 27) Inner Shell Half Ferrule Purchased separately (See page 263) Flare braid over assembled shells for crimping under ferrule MT Shielding Hardware and Accessories No. of Pos. Dimensions A C Outer Shell Part Nos. Inner Shell [10.41].817 [20.7] [32.21] [1.49].817 [20.7] [42.34] [23.11].90 [24.13] 1.92 [48.90] [3.81].90 [24.13] 1.92 [48.90] [3.9] 1.32 [33.66] [62.69] [66.29].90 [24.13] [62.69] Note: Match shield size to number of connector positions. 261

262 Shielding Hardware and Accessories for Double-Row MT Receptacle Assemblies (Continued) Two-Piece Shields Right-Angle Exit Material and Finish Shell Halves Copper alloy,.020 [0.1] thick; pretinned [ ] min. Outer Shell Half.12 [3.18] Dia. (See Note 2) C Related Product Data Double-Row MT Receptacle Assemblies pages 26, 27 Non-Polarizing Covers (Part No. Series with back cover or ) pages 28, 29 Shield Ferrules page 263 A Ferrule Purchased separately (See page 263).326 [8.28] MT Shielding Hardware and Accessories Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet Flare braid over assembled shells for crimping under ferrule Standard MT Receptacle Assembly Purchased separately (Refer to pages 26 & 27) Inner Shell Half No. of Dimensions Part Nos. Pos. A C Outer Shell Inner Shell [2.6] [28.4] [3.89] [3.81] [29.62] 1.97 [0.17] [3.9] 1.13 [28.83] [66.88] [66.29].983 [24.97] [79.8] [78.99] [28.40] [91.9] Notes: 1. Match shield size to number of connector positions. 2. Hole is provided in 26 through 60-position cable shields for application of optional cable tie pull ring after assembly. 262

263 Shielding Hardware and Accessories for Double-Row MT Receptacle Assemblies (Continued) Ferrules for Shielding Kits Material and Finish Soft copper, tin plated Related Product Data Used with Shielding Kits pages 261, 262 Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet Application Tooling AMP-O-LECTRIC Model G Terminating Machine TE Hand Tool (Die Set required, see table below) No. of Straight-Exit Shields Right-Angle Exit Shields Cable Dia. Ferrule Applicator Die* Hand Tool Die Sets Pos. Outer Inner Outer Inner Range Part Number Assembly Part No. Insulation raid [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] *For use with Model K machines. Call the TE Technical Support Center ( ) for part nos. of applicators for use with the AMP-O-LECTRIC Model G machines (also shown on page 270), as well as other bench machines and fully automatic AMPOMATOR lead making machines. Notes: 1. Ferrules are used with shielding kits shown on pages 261 & 262, and are purchased separately. 2. Individual anvils and crimpers also may be purchased separately. 3. Ferrule Part Number also requires Spacer Part Number MT Shielding Hardware and Accessories 263

264 Shielded MT Headers for use with Shielded MT Receptacle Assemblies AMPMODU Right-Angle Headers PC oard Mounted.7 [19.18] Material and Finish C MT Shielded Headers Housing lack thermoplastic, flame retardant Posts Copper alloy, plated [ ] gold over [ ] nickel on entire post Shield Copper alloy,.020 [0.1] thick; pretinned [ ] min. Related Product Data Mating Connectors Double-Row MT Receptacle Assemblies with Shielding Hardware pages Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet [11.68].12 [3.18].14±.003 [3.68±0.08] 2 Plc..00±.003 [1.27±0.08] Shield.030 [0.76] A.0 [13.97].02 [0.64] Sq. Posts.72 [18.4] A.14±.003 [3.68±0.08] 2 Plc..318 [8.08] A.13 [3.43] Right-Angle Header.434 [11.02].290 [7.37] ±.003 [2.4±0.08] D ±.003 [±0.08] 2D ±.003 [±0.08].0±.003 [13.97±0.08].040±.003 [1.02±0.08] Dia. (All holes) D ±.003 [±0.08] 2D ±.003 [±0.08] ±.003 [2.4±0.08] Recommended PC oard Hole Layout for 6, 8 and 10 Positions D - Contact centerline is ; ±.003 [0.08] tolerances not to accumulate within one connector pattern. Recommended PC oard Hole Layout for 16 thru 0 Positions No. of Dimensions Header Shield Pos. A C Part Nos. Part Nos [.08].430 [10.92].10 [12.9] [7.62].30 [13.46].610 [1.49] [10.16].630 [16.00].710 [18.03] [17.78].930 [23.62] [2.6] [20.32] [26.16] [28.19] [22.86] [28.70] [30.73] [30.48] [36.32] 1.10 [38.3] [60.96] [66.80] [68.83]

265 Insulation Displacement Contacts Material and Finish Copper alloy, duplex plated [ ] gold in mating area, [ ] tin in crimp area, with entire contact underplated [ ] nickel Replacement MT Receptacle Contacts.00 [1.27] Max. Insulation Diameter Contact Identification Related Product Data Performance Characteristics page 2 Application Tooling pages Technical Documents pages 277, 278 Product Specification , , Application Specification Instruction Sheet Wire Size Range Standard Pressure High Pressure Receptacle Receptacle AWG [mm 2 ] Contact Ident. Part No. Contact Ident. Part No Note: Termination tooling for MT receptacle insulation displacement contacts is shown on pages MT receptacle contacts incorporate the following features. Antioverstress Cantilever eams Wide Misalignment Tolerance The MT receptacle contact cross-section is primarily rectangular, with rounded corners. Two integral cantilever beams contact the mating square male posts. Deflection of these spring members is limited by anti-overstress and excessive permanent deformation is prevented. This feature allows a wide range for tolerance of misalignment of mating contacts. The configuration of the receptacle completely encloses the spring members helping to prevent damage during handling and assembly, and makes the system compatible with automatic application techniques. Extraction/Lance Reset Tool No MT Contacts 26

266 Mini-Tandem Spring Receptacle Housings and Contacts Mini Tandem Spring Housings and Contacts Product Facts Individual contacts mate with.02 [0.64] sq. posts,.12 [3.18] long Crimp snap-in contacts accept AWG [ mm 2 ] wire Retention latch provides for positive installation No insertion tool required High durability design provides long life Available with [ ] or [ ] thick gold inlay in contact areas, or bright tin plated Closed-entry housings Mini-contact box size:.060 [1.2] sq. Mini-Tandem Spring Housings can be stacked on centers in either direction Mini-Tandem Spring Housings are Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 Mini-Tandem Spring Receptacle Contacts are designed to mate with.02 [0.64] posts. When used individually, they will mate with posts as short as.12 [3.18] and when used in a housing, they will mate with.140 [3.] long posts. These versatile contacts may be used for interconnecting posted pc panels, I/O wiring and cross-connecting pin arrays. The receptacle contact's box configuration provides for long contact life with controlled contact mating forces which minimize wear. An external retention spring facilitates quick assembly and provides firm seating in a contact housing. Mini-Tandem Spring Receptacle Contacts are used in single- or doublerow housings with centerline spacing. Single-row housings can be converted into double-row connectors on x.200 [2.4 x.08] centers with the use of stacking clips. Mini-Tandem Spring Housings can be stacked side-by-side or end-to-end on centers. Specifications Contact Current Rating 3 amperes Termination Resistance 12 milliohms (max.) gold plated contacts 18 milliohms (max.) tin plated contacts Durability Ref. Product Specification

267 Mini-Tandem Spring Housings, Single-Row Centerline.0 [13.97].030 [0.76] Material lack glass-filled polyester, 94V-0 rated.036 [0.91].066 [1.68] Technical Documents pages 277, 278 Product Specification Application Specification [1.27] A Max. Max. = C.00 [1.27] Minimum mating post length is.140 [3.]. Spring Housings Material Natural color nylon, 94V-2 rated No. of Dimensions Housing Pos. A C Part No [.08] [10.16] [7.62] [20.32] [17.78] [30.48] 11 1 [27.94] [40.64] [38.10] [4.72] [43.18] [0.80] [48.26] [.88] 21 2 [3.34] Note: Mini-Tandem Spring contacts for use in these housings are shown on page 269. Keying Plug Part No (Plugs directly into housing) 267

268 Mini-Tandem Spring Housings, Double-Row Centerline.0 [13.97].030 [0.76] Material lack glass-filled polyester, 94V-0 rated*.036 [0.91].066 [1.68] Technical Documents pages 277, 278 A Max. Product Specification Application Specification [.08] = C Max..00 [1.27] Mini-Tandem Spring Contacts Minimum mating post length is.140 [3.]. Material Natural color nylon, 94V-2 rated Keying Plug Part No (Plugs directly into housing) No. of Dimensions Housing Pos. A C Part No [7.62] [.08] [10.16] [7.62] [1.24].00 [12.70] [20.32] [17.78] Note: Mini-Tandem Spring contacts for use in these housings are shown on page *Consult TE for specific UL recognition.

269 Mini-Tandem Spring Contacts Receptacle Contacts Material and Finish Phosphor bronze, plated as follows: Plating A Duplex plated [ ] gold inlay on contact area, matte tin in crimp area, with entire contact underplated [ ] nickel Plating Duplex plated [ ] gold inlay on contact area, matte tin in crimp area, with entire contact underplated [ ] nickel Plating C Duplex plated [ ] over matte tin in contact area, over [ ] nickel on entire contact Plating D [0.0024] min. matte tin over [ ] nickel on entire contact.08 [2.1] Min. Contact Area with Gold Inlay.060 [1.2].060 [1.2] Technical Documents pages 277, 278 Product Specification Application Specification Low Pressure Contacts Miniature Applicator for Wire Size Range Ins. Dia. Contact Part No. Applicator for AMP-O-MATIC AWG mm 2 Range Finish Strip Form Loose Piece AMP-O-LECTRIC Stripper/Crimper Machine* Machine Plating A [ ] Plating Standard Pressure Contacts Miniature Applicator for Wire Size Range Ins. Dia. Contact Part No. Applicator for AMP-O-MATIC AWG mm 2 Range Finish Strip Form Loose Piece AMP-O-LECTRIC Stripper/Crimper Machine* Machine Plating [ ] Plating C Plating D Plating [ ] Plating C Plating D Mini-Tandem Spring Housings High Pressure Contacts Miniature Applicator for Wire Size Range Ins. Dia. Contact Part No. Applicator for AMP-O-MATIC AWG mm 2 Range Finish Strip Form Loose Piece AMP-O-LECTRIC Stripper/Crimper Machine* Machine [ ] Plating [ ] Plating *For use with AMP-O-LECTRIC Model K machines. Call the Tooling/Technical Assistance Center ( ) for part nos. of applicators for use with the AMP-O-LECTRIC Model G machines (shown on page 270), as well as other bench machines and fully automatic AMPOMATOR lead making machines. Notes: 1. Mini-Tandem Spring Receptacle Contacts are for use only in the housings shown on pages 267 & 268. They cannot be used in AMPMODU Mod IV Housings. 2. Use Hand Tool No for crimping loose-piece receptacles to all wire sizes listed above. 3. Application tooling is described on pages 270 &

270 Application Tooling for Wire Crimp Contacts Tooling shown on this page is designed to terminate wire crimp contacts used in various AMPMODU wire-toboard connectors. Refer to page 88 to determine the applicable connectors. AMP-O-LECTRIC Model G Terminating Machine (Shown with Optional Crimp Force Monitor) A totally new design of our most popular machine for bench-top operation. It features a quiet and reliable direct motor drive, electronic controls for easy setup and operation, and improved guarding and lighting for operator convenience and safety. All versions include either manual or automatic precision adjustment for crimp height. For further details, request TE Catalog AMP-O-MATIC Stripper/Crimper Machine Application Tooling 270 Applicators Several terminating machines, including the AMP-O-LECTRIC Model G, AMP-O-MATIC Stripper/ Crimper and AMPOMATOR CLS machines, are designed for use with interchangeable applicators. asic styles are quickly interchangeable to minimize costly downtimes, and feature dial-in wire and insulation crimp height settings. Special applicators are available for use with the Crimp Force Monitor (see page 272), for measuring the crimp height of each termination as it is made, plus evaluating the quality of each crimp. Heavy Duty Miniature Applicators This machine automatically strips as well as terminates individual wires. Similar to the AMP-O-LECTRIC Model G machine, applicators are quickly interchangeable, and it includes precision adjustment for crimp height. All adjustments can be made from the front of the machine, without special tools. For further details, request TE Catalog EDGE, Electronic Applicator Counter The new versatile EDGE applicator counter tracks wearable tool usage for the most effective maintenance planning. The completely electronic counter with clear LCD display, indicates cycles since installation. y performing maintenance at measured intervals with pre-set limits, operators avoid breakdowns and rejects caused by tool wear or mid-adjustment. For more information, request catalog

271 Application Tooling for Wire Crimp Contacts (Continued) AMP 3K/40 and AMP K/40 Terminators As a value oriented terminator, the AMP 3K/40 and AMP K/40 are designed for customers that require the increased output and quality of a semiautomatic machine at a competitive price. y incorporating the most commonly requested features as standard and offering a long list of optional equipment, these terminators offer flexibility to meet the specific needs of various applications at the lowest possible cost. AMP K/40 Terminator Optional Stripping Module for the AMP 3K/40, AMP K/40 and the AMP-O-LECTRIC Model G Application Tooling The combination of the Stripping Module with the AMP-O-LECTRIC Model G Terminator or the AMP 3K/40, K/40 provides an economical, proficient method of stripping wire and crimping terminals on the same machine. Wires are stripped moments before crimping, meaning there is virtually no chance of damaging wire conductors during handling or storage. Once the wire is fed into the start sensor, the Stripping Module does the rest, improving placement accuracy. For more information, request catalog

272 Application Tooling for Wire Crimp Contacts (Continued) Application Tooling Tooling shown on this page is designed to terminate wire crimp contacts used in various AMPMODU wire-toboard connectors. Refer to page 88 to determine the applicable connectors. Crimp Force Monitor (CFM) Your quality program calls for more than a good crimping system. It demands proof - the proof you get with the SLE Crimp Force Monitor. It has highresolution piezo-quartz sensor technology for a more precise identification of typical crimping faults. The monitor features Zone & Peak Force Analysis, 128x128 Dot Matrix, Force Trigger and Encoder Proximity Trigger, and Absolute Force Measurement for real-time monitoring of every crimp. The CFM can be used with bench or fully-automatic machines. Special applicators are not required. Sure, you can sample and test crimp height with a micrometer. In fact, that s how you standardize your process. ut for ongoing quality control, testing every crimp, SLE is the choice. It s known worldwide, and meets our standards for a high performance terminating system. That s how you can be sure. High quality crimping - with verification - means higher production and productivity. AMPOMATOR System III Leadmaker Commercial PRO-CRIMPER III Hand Tool Commercial grade hand tool for crimping various products. Features ratchet control to provide complete crimp cycle. Accepts both pinned- and shoulderedstyle die sets. Locators are provided with pinned-style die sets for proper contact and wire positioning, and to help minimize contact rotation and bending during crimping. Approximate weight 1.3 lb [0.60 kg]. Premium CERTI-CRIMP Straight Action Hand Tool (SAHT) TE hand tools are ideal for small production and prototype applications. They feature ratchet control to help eliminate partial crimps, The AMPOMATOR System III is an automatic machine for the production of terminated wire leads. The machine combines state of the art technology to process single and double wire application utilizing the wire processing industry s best and most friendly subsystems and accessories available to meet the latest market requirements for wire lead production. The new machine incorporates a servo-driven, software-controlled AMP-O-LECTRIC ST III terminator and the next generation System III Applicator. See catalog for more information. straight-line die closure, terminal locator and support, and insulation crimp adjustment. TE hand tools also can be adapted for use with pneumatic tooling assemblies, providing air operated crimping capabilities. For further details on TE straight action hand tools, request TE Catalog For more details on TE pneumatic tooling assemblies, call the TE Technical Support Center,

273 Application Tooling for Insulation Displacement Crimp (IDC) Contacts and Connectors Tooling shown on this page is designed to terminate IDC contacts for various AMPMODU wire-to-board connectors. Refer to page 88 to determine the applicable connectors. Pistol Grip Manual and Air Powered Tools The manual pistol grip tool features an interchangeable modular terminating head which also can be used in the pneumatic version, the ench Mount Pneumatic Power Assembly and the IDC Electric Power Unit. The head terminates one unstripped wire per cycle and indexes the connector to the next terminating position. The head rotates to permit optimum access to the wiring area. The ench Mount Pneumatic Power Assembly is air actuated with either a foot or knee switch. This capability frees the operator s hands for optimum positioning. Modular Heads: (for MT connectors) (for MTE connectors) (for Level V IDC connectors) (for MTE connectors, discrete wire or flat ribbon cable) Manual Pistol Grip Tool No Pneumatic Pistol Grip Tool No ench Mounted Pneumatic Power Assembly No Application Tooling Modular Head Tool No IDC Electric Power Unit No IDC Electric Power Unit This electrically powered semiautomatic bench machine is designed for applying AMPMODU MTE and MT connectors to discrete wires. It is portable and compact and uses existing pistol grip modular heads. The heads are easily interchanged to run different products. *The IDC Electric Power Unit s cycle rate is approximately 7,200 cycles per hour, with exact production rates depending upon operator dexterity. Modular Heads: (for MT connectors) (for MTE connectors) This modular head tool can be used on any pistol grip tool. It was designed for discrete wire or flat ribbon cable applications. *A tube-fed track assembly, Part No , also can be used with MTE Connectors. 273

274 Application Tooling for Insulation Displacement Crimp (IDC) Contacts and Connectors (Continued) Tooling shown on this page is designed to terminate IDC contacts for various AMPMODU wire-to-board connectors. Refer to page 88 to determine the applicable connectors. Tube-Fed Ribbon Cable Machine Tube-Fed Ribbon Cable Machine No Application Tooling Designed for bench applications, this machine is pneumatically operated and controlled by a foot pedal. It terminates connectors onto end-notched ribbon cable. *The connectors are supplied in strip form and in plastic tubes. The machine consists of three basic subassemblies: a feed track, a terminating station and a seating station. The feed track is a constant force, spring-driven unit which conveys connectors through the product tube to the terminating station. The air-operated terminating station positions and terminates contacts onto the notched cable. The seating station is manually operated and seats connector housings onto the terminated contacts. *At a rate of 13-2 positions at a time lb. Power Unit With Cable Notching Die Equipped with a cable notching die an adapter kit, this fully pneumatic bench machine provides the 2700 lb [12 010N] force required for end-notching ribbon cable. It features a grooved cable support plate, a pressure plate and a cable stop to facilitate cable alignment and positioning during the notching process. Notching Dies: (for AWG [ mm 2 ] Wire (for AWG [ mm 2 ] Wire 2700 lb. Power Unit No

275 Application Tooling for Insulation Displacement Crimp (IDC) Contacts and Connectors (Continued) Tooling shown on this page is designed to terminate IDC contacts for various AMPMODU wire-to-board connectors. Refer to page 88 to determine the applicable connectors. CHAMPOMATOR Model 2. Terminating Machine No (*) This compact bench machine terminates wires manually sorted from multiconductor cables. Termination sequence may include full termination of all contacts, or selective termination. Designed for easy programming, the machine is microprocessor controlled and programmed by a membrane switch keyboard. It also has an internal storage capability for retaining up to 30 cable assemblies. Connectors can be terminated with either straight or right-angle wire dress. *For applicable dash nos., call the Technical Support Center: For further details, request TE Catalog CHAMPOMATOR Model 3A Terminating Machine No (*) Application Tooling This floor model machine automatically sorts wires from multiconductor jacketed cable and terminates them in a user-determined sequence; either full termination of all contacts, or selective termination. Designed for easy programming, the machine is microprocessor controlled and programmed by a touchscreen. It also has an internal storage capability for retaining up to 0 cable assemblies. Connectors can be terminated with either straight or right- angle wire dress. All cable assemblies are tested for continuity and shorts. *For applicable dash nos., call the Technical Support Center: For further details, request TE Catalog

276 Technical Documents for oard-to-oard Products Various technical documents are available for your use. Product Specifications describe technical performance characteristics and verification tests. They are intended for the Design, Component and Quality Engineers. PC/104 and PC/104-Plus Connectors Pages -12: PC/104 and PC/104-Plus Connector Systems Receptacle Assemblies and Unshrouded reakaway Headers, Surface-Mount Pages 109, 110, : AMPMODU Interconnection System, Two-Piece AMPMODU Mod. IV Interconnection System, Vertical Assemblies AMPMODU Mod. II Interconnection System, Standard Pressure Receptacle Assembly and Header Two-Piece Printed Circuit oard Connectors Pages : ACTION PIN Contacts AMPMODU Interconnection System, Two-Piece AMPMODU Mod. II Interconnection System, Short-Point Receptacle Assembly and Header Receptacle Assemblies, Horizontal and Vertical oard Mount Pages : AMPMODU Mod. IV Interconnection System, Vertical Assemblies AMPMODU Mod. II Interconnection System, Standard Pressure Receptacle Assembly and Header AMPMODU Mod. II Interconnection System, Short-Point Receptacle Assembly and Header.02 [0.64] Square Posts, Headers, Accessories and Tooling Pages 92-10, , 14-13, 163: ACTION PIN Contacts AMPMODU Mod. II Interconnection System, Standard Pressure Receptacle Assembly and Header Technical Documents Application Specifications describe requirements for using the product in its intended application, and/or crimping information. They are intended for the Packaging and Design Engineers and the Setup person. PC/104 and PC/104-Plus Connectors Pages -12: PC/104 and PC/104-Plus Connectors Two-Piece Printed Circuit oard Connectors Pages : AMPMODU Header, Two-Piece, Double Row, Application of Receptacle Assemblies, Horizontal and Vertical oard Mount Pages : AMPMODU Mod. II and IV Receptacle Assembly, PC oard Mounted, Vertical, Application of.02 [0.64] Square Posts, Headers, Accessories and Tooling Pages 92-10, , 14-13, : ACTION PIN Contacts with TE Headers, Application AMPMODU.02 and.04 Square Continuous Posts 276 Note: All part numbers are RoHS compliant. Instruction Sheets provide instructions for assembling or applying the product. They are intended for the Manufacturing Assembler or Operator. PC/104 and PC/104-Plus Connectors Pages -12: Future oard Assembly for PC/104 and PC/104-Plus Connectors Seating Tool Assembly for PC/104 and PC/104-Plus Connectors Pneumatic Seating Tool Assembly for PC/104 and PC/104-Plus Connectors Manual Seating Tool Assembly for PC/104 and PC/104-Plus Connectors Two-Piece Printed Circuit oard Connectors Pages : ACTION PIN Contact Rear Insertion/Extraction Tool Seating Tools Receptacle Assemblies, Horizontal and Vertical oard Mount Pages : Suggestions for Wave Soldering Vertical AMPMODU Receptacles.02 [0.64] Square Posts, Headers, Accessories and Tooling Pages 92-10, , 14-13, 163: ACTION PIN Contact Rear Insertion/Extraction Tool TE Uninsulated andolier Post Insertion Tool AMPMODU Double Row, Straight Posts, End Shrouds x [0.64 x 0.64] Centers AMPMODU Header arrier Inserts ACTION PIN Contact Headers Seating Tool, Series Tool Kit for reakaway Headers Handbook 697 Guide to Application of ACTION PIN Contact Connectors

277 Various technical documents are available for your use. Technical Documents for Wire-to-oard Products Product Specifications describe technical performance characteristics and verification tests. They are intended for the Design, Component and Quality Engineers. Locking Clip Contacts and Housings Pages : Connector, Locking Clip,.02 [0.64] Square, Gold Connector, Locking Clip,.02 [0.64] Square, Tin Mod. IV Wire-Applied Contacts and Housings Pages : AMPMODU Mod. V Interconnection System, Wire-Applied (High Pressure) AMPMODU Mod. IV Male Connectors AMPMODU Mod. IV Interconnection System, (Standard Pressure) AMPMODU Mod. IV.V Interconnection System, (Intermediate Pressure) Short-Point Wire-Applied Contacts and Housings Pages : Short-Point Contacts and Housings AMPMODU MTE Interconnection System Pages 22-22: AMPMODU MTE Connectors AMPMODU MT and Shielded MT Interconnection System Pages 2-26: AMPMODU MT Standard Pressure Connectors AMPMODU MT High Pressure Connectors AMPMODU MT Shielding Accessories AMPMODU Level V, IDC Connectors Interconnection System, Insulation Displacement Connector, IDC Level Mini-Tandem Spring Receptacle Contacts Pages : Tandem Spring Receptacle Contact Application Specifications describe requirements for using the product in its intended application, and/or crimping information. They are intended for the Packaging and Design Engineers and the Setup person. Locking Clip Contacts and Housings Pages : Contact, Locking Clip,.02 [0.64] Square, Application of Mod. IV Wire-Applied Contacts and Housings Pages : AMPMODU Mod. IV (Standard Pressure), AMPMODU Mod. IV.V (Intermediate Pressure) and AMPMODU Mod. V (High Pressure) Receptacle Contacts, Application of AMPMODU Mod. IV Crimp Pin Contact Short-Point Wire-Applied Contacts and Housings Pages : Short-Point Contacts and Housings AMPMODU MTE Interconnection System Pages 22-22: AMPMODU MTE Interconnection System AMPMODU MT and Shielded MT Interconnection System Pages 2-26: AMPMODU MT Interconnection System and Shielding Accessories, Application of AMPMODU Level V, IDC Connectors Interconnection System, IDC Level V, Application of Mini-Tandem Spring Receptacle Contacts Pages : Tandem Spring Receptacle Contact, Application of Technical Documents 277

278 Technical Documents for Wire-to-oard Products (Continued) Instruction Sheets provide instructions for assembling or applying the product. They are intended for the Manufacturing Assembler or Operator. Locking Clip Contacts and Housings Pages : TE Extraction Tool TE Locking Clip Contacts and Connectors TE Hand Crimp Tool , AWG Wire TE Hand Crimp Tool , AWG Wire TE Hand Crimp Tool , 20 AWG Wire Mod. IV Wire-Applied Contacts and Housings Pages : TE PRO-CRIMPER II Hand Tool AMPMODU Receptacle Connectors with Strain Relief/Pull Tabs TE Hand Tool , and TE Extraction Tool for AMPMODU Wire-Applied Housings TE Extraction Tools and for Removing AMPMODU Crimp Snap-In Receptacle Contacts from Wire-Applied Housings Technical Documents AMPMODU MTE Interconnection System Pages 22-22: TE Electric Power Unit MTE Ribbon Cable Terminator TE Pneumatic Pistol Handle TE Manual Pistol Handle AMPMODU MTE Connectors TE Hand Crimp Tool and TE Keying Tool MTE Modular Terminating Head TE Pneumatic ench Assy TE Hand Crimp Tool and TE Extraction Tools and for Removing AMPMODU Crimp Snap-In Receptacle Contacts from Wire-Applied Housings Ribbon Cable Notcher [] AMPMODU MT and Shielded MT Interconnection System Pages 2-26: AMPMODU MT Connectors AMPMODU Level V, IDC Connectors TE Extraction Tool Standard Tandem Spring and Mini-Tandem Spring Receptacle Contacts Pages : TE Hand Crimping Tool

279 Level V IDC Connectors,.12 x.12 [3.18 x 3.18] Centerline Product Facts Termination of discrete wire sizes AWG [ mm 2 ] as well as jacketed cable and bonded ribbon cable (conductors separated) Connectors stackable endto-end and side-to-side on.12 [3.18] centers Connectors preloaded with insulation displacement receptacle contacts Contact design employs dual cantilever beams, redundant insulation displacement slots, built-in post stop and wire support crimp Copper alloy contacts are duplex plated Snap-on covers with or without cable tie paddles Full line of mass termination tooling offers lowest installed costs for most production needs Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 7189 AMPMODU Level V IDC connectors provide cost effective discrete wire connections that are compatible with today's telecommunications packaging techniques. These connectors are designed to mate with.02 [0.64] sq. posts on.12 x.12 [3.18 x 3.18] centers and are comprised of double-row housings preloaded with insulation displacement receptacle contacts, snap-on hermaphroditic covers, and a full line of mass termination tooling to meet virtually every production need. For modular flexibility, connectors can be stacked end-to-end or side-to-side, maintaining a.12 x.12 [3.18 x 3.18] centerline spacing. Covers can be furnished with and without a cable tie paddle. The covers are simply snapped onto a housing after the connector has been terminated. The receptacle contacts feature the TE insulation displacement crimp technique for achieving top quality, low cost terminations. These contacts employ dual cantilever beams for redundant interface with a mating post, an integral post stop to limit post mating depth and protect the crimp termination, and a wire support (strain relief) crimp to prevent accidental wire pull-out. The contacts are made of high conductivity copper alloy and are duplex plated. Performance Characteristics Contact Current Rating 3 amperes Termination Resistance 12 milliohms (max.) Durability Ref. Product Specification (Interconnection System, Insulation Displacement Connector, IDC Level) Application Specification (Interconnection System, IDC Level V, Application of).12 [3.18] x.12 [3.18] Centerline 6 279

280 Receptacle Assemblies, Double-Row,.12 x.12 [3.18 x 3.18] Centerline Housings Preloaded with Insulation Displacement Crimp Receptacle Contacts.800 [20.32] Material and Finish Housing lack thermoplastic, flame retardant Contacts Copper alloy, duplex plated [ ] gold on contact area, [0.0024] min. tin in crimp area, with entire contact underplated [ ] nickel A.298 [7.7] Note: Preloaded contacts accept max. insulation dia. of.00 [1.27]. The minimum point of contact, as measured from front edge of housing, is.09 [2.41]..09 [1.0].243 [6.17].12 [3.18] x.12 [3.18] Centerline 6 Technical Documents pages 277, 278 Product Specification Application Specification Receptacle assemblies can be stacked end-to-end and side-toside on.12 x.12 [3.18 x 3.18] centers..12 [3.18].12 [3.18] No. of Dimensions Receptacle Assembly (Stamped 1 ) Pos. for AWG A [ mm 2 ] Wire [12.2].37 [9.2] [1.70].00 [12.70] [18.87].62 [1.88] [2.22].87 [22.23] [31.7] 1.12 [28.8] [37.92] 1.37 [34.93] [47.4] 1.70 [44.4] [0.62] 1.87 [47.63] [63.32] 2.37 [60.33] White ink stamped, one side 8- thru 12-position with AMP and arrow; 14- and 16-position with AMP, part no., and arrow; 18- thru 40-position with AMP, part no., date code and arrow. Notes: 1. Covers for these housings are shown on pages 281 & Termination tooling for these connectors are shown on page and 18-position receptacle assemblies, as well as other sizes, can be made available upon request. Consult TE. 280

281 Hermaphroditic Covers for Level V IDC Receptacle Assemblies, Double-Row,.12 x.12 [3.18 x 3.18] Centerline All covers illustrated here and on the following page can be used on the doublerow Level V IDC connectors shown on page 280. Material lack thermoplastic, flame retardant, 94V-0 rated.12 [3.18].603 [1.32] A.12 [3.18].603 [1.32] A Cover Series without Cable Tie Paddle Cover Series with Cable Tie Paddle (2 Plc.) Cable Tie Paddle C Cable Tie Paddle.12 [3.18].60 [1.37].12 [3.18].60 [1.37] A Cover Series with Wide Cable Tie Paddle 1.10 [28.07] D A Cover Series with Wide Cable Tie Paddle and Polarization.12 [3.18] x.12 [3.18] Centerline No. of Pos. (Housing Size) Dimensions A C D E Cover Part Nos. Without With With Wide With Wide Cable Tie Cable Tie Cable Tie Cable Tie Paddle Paddle Paddle Paddle and Polarization [12.47].10 [3.81].28 [7.24].166 [4.22].12 [3.18] [1.6].12 [3.18] [18.82].200 [.08] [2.17].300 [7.62].92 [1.04].416 [10.7] [31.2].300 [7.62].92 [1.04].41 [13.74] [37.87].400 [10.16] [0.7].600 [1.24] [33.32].916 [23.27] [63.27].70 [19.0] [46.23] [29.61] See page 282 for Double Cable Tie Paddle versions. Notes: 1. Two hermaphroditic covers of any style can be installed on a double-row connector housing. 2. Other sizes can be made available upon request

282 Hermaphroditic Covers for Level V IDC Receptacle Assemblies, Double-Row,.12 x.12 [3.18 x 3.18] Centerline (Continued).603 [1.32] [33.32].12 [3.18].600 [1.24] Cable Tie Paddle [101.37] Cover Part No , 64-Position with Double Cable Tie Paddle [28.02].12 [3.18] x.12 [3.18] Centerline 6.12 [3.18].916 [23.27].603 [1.32] [33.32].600 [1.24] Cable Tie Paddle [101.37] Cover Part No , 64-Position with Double Cable Tie Paddle and Polarization [28.02] 282

283 AMPMODU.031 x.062 [0.79 x 1.7] Interconnection System Product Facts Rugged connector system featuring.031 x.062 [0.79 x 1.7] posts with mating receptacles Current rating amps max per contact. Varies due to ambient temperature, wire size and duty cycles. Available for board-to-board and wire-to-board applications Posts available on strip for machine application directly to pc board or in housings for board mounting Receptacles available for board mounting or wire crimping Contacts available in both tin and gold plating Flame retardant thermoplastic housings 94V-0 rated Locking Clip contacts available to mate with.031 x.062 [0.79 x 1.7] posts Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E28476 Certified by Canadian Standards R Association, File No. LR 164 The.031 x.062 [0.79 x 1.7] interconnection system has served as an industry standard for modular packaging for over three decades. It is a rugged, large scale system designed for board-to-board and board-to-wire or cable applications that has offered millions of reliable interconnections and countless mating cycles. This versatile interconnection system successfully meets the requirements for most modular power supply packaging. oard mounted receptacles and receptacle assemblies are available in various geometries, offering packaging interconnections that include perpendicular, parallel and stacking capabilities. Machine applied terminations, through matched application equipment, are geared to virtually any production requirement, assuring the lowest possible applied cost. Crimp snap-in receptacles for AWG [ mm 2 ] wire provide excellent discrete wire terminations. Housings for these contacts provide for ease of handling terminations in high density applications. AMPMODU mating posts are supplied typically as header assemblies. They are available in various sizes to meet the interconnection and packaging requirements of your system. However, in instances where packaging configurations do not lend themselves to the economies of assemblies, TE can provide for the discrete location of individual posts and receptacles. If your interconnections require Top Entry, ottom Entry and/or Side Entry for perpendicular, parallel and stacked configurations, the.031 x.062 [0.79 x 1.7] interconnection system can fulfill your needs with the lowest applied cost through efficient interconnections and supporting application equipment. Mod I x Interconnection System 7 283

284 AMPMODU.031 x.062 [0.79 x 1.7] Interconnection System (Continued) Locking Clip Contacts (Page 298) oard Mount Receptacles, Horizontal and Vertical Styles (Pages 28 & 286) Standard Profile Housing, Unkeyed for Crimp Snap-In Receptacles (Page 291 & 292) Locking Clip Connector (Page 299) Header, Right-Angle Post, Keyed (Page 297) Straight Posts Machine Applied (Page 294) Header, Straight Post (Pages 29 & 296) Straight Posts Machine Applied (Page 294) oard Mount Receptacle Assembly, Vertical (Page 287) Header, Right-Angle Post, Keyed (Page 297) oard Mount Receptacle Assembly, Horizontal (Pages 288 & 289) Header, Right-Angle Post, Keyed (Page 297) Low Profile Housing, Keyed (Page 293) Receptacles, Crimp Snap-In (Page 290) Mod I x Interconnection System Wide entry for post to receptacle misalignment Offers high or low contact forces Cantilever eams Rugged-self supporting, onepiece contact body Anti-overstress Reliability-dual cantilever spring contact design and built-in anti-overstress Wide Misalignment Tolerance The AMPMODU receptacle cross-section is primarily rectangular, with rounded corners. Two integral cantilever beams contact the mating square or rectangular posts. Deflection of these spring members is limited by antioverstress and excessive permanent deformation is prevented. This feature allows a wide range of tolerances for misalignment of mating contacts. The configuration of the receptacle completely encloses the spring members preventing damage during handling and assembly and makes the system compatible with automatic application techniques. This design also permits the use of the receptacles without housings or encapsulation. Note: Application of a contact lubricant is part of the manufacturing process of all AMPMODU tin-plated crimp products. However, it is not part of the manufacturing process of products that customers will solder, then clean. For these products, TE recommends that customers purchase a contact lubricant. (See application specification for further information.) Insulation Support arrel Wire Crimp Receptacle

285 Mod I Receptacles, oard Mount,.031 x.062 [0.79 x 1.7] Centerline Vertical and Horizontal oard Mount Receptacle Styles.093 Max. [0.99].093 Max. [0.99].12 Max. [3.18].12 Max. [3.18].300 [7.62].300 [7.62] ottom Post Entry Type A Top Post Entry Type.093 Max. [2.36].12 Max. [3.18].300 [7.62] Horizontal Post Entry Type C Related Product Data Recommended oard Layout for Type C page 288 Mates with Machine Applied Posts page 294 Headers pages Application Tooling pages Performance Specifications page 30 Technical Documents page 30 Keying Plug Recommended oard Layout for Receptacle Assemblies and Individual Receptacles (Type A and ) J ±.003 [±0.08].0 [1.40] Min..12 [3.18] 2J ±.003 [±0.08] Min. Round Hole (Post Entry Type A or ).12±.002 [3.18±0.0] Mod I Receptacles, oard Mount 7 Part No Use in oard Mount Receptacles J-Receptacle centers may vary depending on requirements. For individual receptacles, minimum nominal centerline spacing between adjacent receptacles is.10 [3.81]; for receptacle assemblies, centerline spacing between adjacent receptacles is.16 [3.96]. The.003 [0.08] tolerances are not to accumulate over length of board. For solder mask, see TE Instruction Sheet Note: Drawings depict normal use of the contact in a one or two-sided circuit board. When using plated thru-holes, refer to TE Engineering Report ER-001 and TE Instruction Sheet For solder mask, see TE Instruction Sheet

286 Mod I Receptacles, oard Mount,.031 x.062 [0.79 x 1.7] Centerline (Continued) Material and Finish Copper alloy, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Plating [ ] min. tin on entire contact Plating C (Solder Resist) [ ] gold over [ ] nickel on contact area, [ ] aluminum on inside area of solder tines; remainder of contact unfinished.210 [.33] Standard Pressure Receptacle.010 [0.2] Max..210 [.33] High Pressure Receptacle.020 [0.1] Max. oard Dimension Standard Pressure High Pressure Insertion Type Thickness T Finish Part Nos. Part Nos. Applicator No. for Range (Ref. Pg. 28 ) Strip Form Loose Piece Strip Form Loose Piece U Frame Machine Plating A A [ ].112 [2.84] Plating Plating C (Solder Resist) Plating A [ ].112 [2.84] Plating Plating C (Solder Resist) C [ ].14 [3.68] Plating A Plating Notes: 1. All strip form parts in packaged quantities of,000 each. 2. All loose piece parts in packaged quantities of 00 each. Mod I Receptacles, oard Mount 7 286

287 Mod I Receptacle Assemblies, Vertical oard Mount,.031 x.062 [0.79 x 1.7] Centerline Single Row.16 [3.96] Centerline.046 [1.17] Contact Area.182 [4.62].018 [0.46] The letter A stamped on contact indicates mating end of receptacle. X-X ±.01 [±0.38] Material and Finish Housing lack thermoplastic, 94V-0 rated Contacts Copper alloy, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Plating [ ] min. tin on entire contact Plating C (Solder Resist) [ ] gold over [ ] nickel on contact area, [ ] aluminum on inside area of solder tines; remainder of contact unfinished Related Product Data Recommended oard Layout page 288 Mates with Machine Applied Posts page 294 Headers pages Performance Specifications page 30 Technical Documents page 30 Keying Plug.16 [3.96] A No. Type A Type Dimensions of Standard Pressure High Pressure Standard Pressure Pos. A Plating A Plating Plating C Plating Plating A Plating Plating C 2.16 [3.96].312 [7.92] [7.92].468 [11.89] [11.89].624 [1.8] [1.8].780 [19.81] [19.81].936 [23.77] [23.77] [27.74] [27.74] [31.70] [31.70] [3.66] [3.66] 1.60 [39.62] [ [43.9] [43.9] [47.] [47.] [1.1] [1.1] [.47] [.47] [9.44] [9.44] [63.40] [63.40] 2.62 [67.36] [67.36] [71.32] [71.32] [7.29] [7.29] [79.2] X X +0.2 [2.84±0.00].300±.003 [7.62±0.08].17±.007 [4.4±0.18] Mod I Receptacles, Vertical oard Mount 7 Part No (Use in oard Mount Receptacles) Post Entry Type A Post Entry Type 287

288 Mod I Receptacle Assemblies, Horizontal oard Mount,.031 x.062 [0.79 x 1.7] Centerline Single Row.16 [3.96] Centers Material and Finish Housing lack thermoplastic, 94V-0 rated Contacts Copper alloy, plated as follows: Plating A Selectively plated [ ] gold contact area, with gold flash over [ ] nickel on entire contact Plating [ ] min. tin on entire contact The letter A stamped on contact indicates mating end of receptacle. ±.01 [±0.38] A.046 [1.17] Contact Area.182 [4.62] X-X.018 [0.46].16 [3.96].14 [3.68].333±.010 [8.46±0.2] Post Entry Type C Related Product Data Mates with Machine Applied Posts page 294 Headers pages Performance Specifications page 30 X X.300±.003 [7.62±0.08].17±.007 [4.4±0.18] Technical Documents page 30 Mod I Receptacles, Horizontal oard Mount 7 Recommended oard Layouts for Receptacle Assemblies and Individual Receptacles (Type C) Keying Plug H ±.003 [±0.08] 2H ±.003 [±0.08].0±.00 [1.40±0.13] [-.000 ] [ ].073±.003 [1.8±0.08] Dia. This configuration recommended for use with machine applied posts or headers with a.40 [10.29] minimum mating end post length.* 2H ±.003 [±0.08] H ±.003 [±0.08] [-.000 ] [ ].073±.003 [1.8±0.08] Dia. This configuration recommended for use with machine applied posts or headers with a.34 [18.76] minimum mating end post length.* 2H ±.003 [±0.08] H ±.003 [±0.08].073±.003 [1.8±0.08] Dia. This configuration recommended for use with machine applied posts or headers with a.00 [12.70] minimum mating end post length.* The mating post length is depicted by the A dimension on page 294 (machine applied posts) and the C dimension on pages (headers). H-Receptacle centers may vary depending on requirements. For individual receptacles, minimum nominal centerline spacing between adjacent receptacles is.12 [3.18] for receptacle assemblies, centerline spacing between adjacent receptacles is.16 [3.96]. The.003 [0.08] tolerances are not to accumulate over length of board. Max [-.000 ] [ ] 288 Part No (Use in oard Mount Receptacles)

289 Mod I Receptacle Assemblies, Horizontal oard Mount,.031 x.062 [0.79 x 1.7] Centerline (Continued) No. of Dimensions Standard Pressure High Pressure Pos. A Plating A Plating Plating 2.16 [3.96].312 [7.92] [7.92].468 [11.89] [11.89].624 [1.8] [1.8].780 [19.81] [19.81].936 [23.77] [23.77] [27.74] [27.74] [31.70] [31.70] [3.66] [3.66] 1.60 [39.62] [39.62] [43.9] [43.9] [47.] [47.4] [1.1] [1.1] [.47] [.47] [9.44] [9.44] [63.40] [63.40] 2.62 [67.36] [67.36] [71.32] [71.32] [7.29] [7.29] [79.2] Mod I Receptacles, Horizontal oard Mount 7 289

290 Mod I Receptacles, Crimp Snap-In (Wire Applied),.031 x.062 [0.79 x 1.7] Centerline Material and Finish Copper alloy, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire contact Plating [ ] min. tin on entire contact Related Product Data Housings used in pages Mate with Machine Applied Posts page 294 Headers pages Application Tooling page Performance Specification page 30 Technical Documents page [0.36] Max..210 [.33] Standard Pressure Receptacle Standard Pressure Wire Size Range Ins. Dia. Strip Form Loose Piece Finish AWG [mm 2 ] Range Packaged Part Packaged Part Quantities Nos. Quantities Nos. Plating A, [ ] [ ] Plating, Wire Size Range AWG [mm 2 ] Part Number.12 [3.18] Max. Applicator (Standard Pressure) Type.093 [2.36] Max..280 [7.11] Used With Machine.80 [14.73] HDM Model "G" (AMP-O-LECTRIC) HDM Model "K" (AMP-O-LECTRIC) [ ] HDM CLS IV+ (AMPOMATOR) SCA Stripper-Crimper (AMP-O-MATIC) AMP-O-LECTRIC KII Machine. Applicators also available for AMPOMATOR Lead Making Machines and Stripper/Crimper Machines. Consult TE. Premium CERTI-CRIMP Hand Tool Part Number Mod I Receptacles, Crimp Snap-In [0.1] Max..210 [.33] High Pressure Receptacle Extraction Tool Part No Part Instruction Sheet High Pressure Wire Size Range Ins. Dia. Strip Form Loose Piece Finish AWG [mm 2 ] Range Packaged Part Packaged Part Quantities Nos. Quantities Nos [ ] [ ] Plating A, Plating, [ ] [ ] Plating A, Plating, Wire Size Range AWG [mm 2 ] Part Number Applicator (High Pressure) Used With Machine Premium CERTI-CRIMP Hand Tool Part Number Type HDM Model "G" (AMP-O-LECTRIC) [ ] HDM Model "K" (AMP-O-LECTRIC) HDM CLS IV+ (AMPOMATOR) SCA Stripper-Crimper (AMP-O-MATIC) [ ] HDM Model "K" (AMP-O-LECTRIC) HDM CLS IV+ (AMPOMATOR) AMP-O-LECTRIC KII Machine. Applicators also available for AMPOMATOR Lead Making Machines and Stripper/Crimper Machines. Consult TE.

291 Mod I Receptacle Housings, Standard Profile, Unkeyed,.031 x.062 [0.79 x 1.7] Centerline Single Row,.16 [3.96] Centers, Without Strain Relief.030±.010 [0.76±0.2] Identifiers on ends of housing are optional at AMP s discretion.790 [20.07] Material lack thermoplastic, flame retardant, 94V-0 rated Related Product Data Contacts used with page 290 Mate with Machine Applied Posts page 294 Headers pages Performance Specifications page [6.3] Max..16 [3.96].077 [1.96] L ±.01 [±0.38] A = ±.003 [3.96±0.08] [±0.08] Y Y.120 [3.0] Y-Y Locking Ledge Identification Technical Documents page 30 No. of Dimensions Housing Part Nos. Pos. A L Stamped 1 Unstamped [3.96].312 [7.92] [7.92].468 [11.89] [11.89].624 [1.8] [1.8].780 [19.81] [19.81].936 [23.77] [23.77] [27.74] [27.74] [31.70] [31.70] [3.66] [3.66] 1.60 [39.62] [39.62] [43.9] [43.9] [47.] [47.] [1.1] [1.1] [.47] [.47] [9.44] [9.44] [63.40] [63.40] 2.62 [67.36] [67.36] [71.32] [71.32] [7.29] [7.29] [79.2] [9.10] [99.06] Notes: 1 Markings on housing. 2 No markings on housing. Mod I Receptacle Housings 7 291

292 Mod I Receptacle Housings, Standard Profile, Unkeyed,.031 x.062 [0.79 x 1.7] Centerline (Continued) Single Row,.16 [3.96] Centers, With Strain Relief.206±.020 [.23±0.1].992 [2.20].694 [17.63].040 [1.02].290 [7.37].446 [11.33].298 [7.7].397 [10.08].094 [2.39] Dia. 4 Plc..843 [21.41] Material lack thermoplastic, flame retardant, 94V-0 rated Related Product Data Contacts used with page 290 Mate with Machine Applied Posts page 294 Headers pages Performance Specifications page [39.62] [41.66] Technical Documents page Position Receptacle Housing, Part No Mod I Receptacle Housings 7 292

293 Mod I Receptacle Housings, Low Profile, Keyed,.031 x.062 [0.79 x 1.7] Centerline Single Row,.16 [3.96] Centers.030±.010 [0.76±0.2] Identifiers on ends of housing are optional at AMP s discretion Locking Ledge Identification.640 [16.26].12 [3.18].07 [1.91].040 [1.02] Material lack thermoplastic, flame retardant, 94V-0 rated Related Product Data Contacts used with page 290 Mate with Headers pages Performance Specifications page 30 Technical Documents page [6.3] Max..16 [3.96].077 [1.96] L ±.01 [±0.38] A = ±.003 [3.96±0.08] [±0.08].120 [3.0] No. of Dimensions No. of Housing Part Nos. Key Pos. A L Keys (Unstamped) 1 Locations [3.96].312 [7.92] A [7.92].468 [11.89] A [11.89].624 [1.8] A,C [1.8].780 [19.81] A,D [19.81].936 [23.77] A,C,E [23.77] [27.74] A,C,E [27.74] [31.70] A,C,E,G [31.70] [3.66] A,D,G [3.66] 1.60 [39.62] A,C,E,G,J [39.62] [43.9] A,D,G,K [43.9] [47.] A,C,E,G,J,L [47.] [1.1] A,D,J,M [1.1] [.47] A,C,E,G,J,L,N [.47] [9.44] A,D,G,K,N [9.44] [63.40] A,C,E,G,J,L,N,Q [63.40] 2.62 [67.36] A,D,G,K,N,R [67.36] [71.32] A,D,F,J,P,S [71.32] [7.29] ,D,F,J,L,N,Q,S [7.29] [79.2] A,C,E,G,J,L,N,Q,S,U [9.10] [99.06] A,C,E,H,K,M,Q,S,U,W,Y 1 No marking on housing. Mod I Receptacle Housings Keying Plug Material Natural Color Nylon Keying Plug References Wire Exit Face Wire Exit Face.160 [4.06] 7.00 [1.27] Fits through.12 [3.18] Dia. Hole Post Mating Face Keying Plug (Flush) Post Mating Face Keying Plug (Flush) Part No For Standard Housings For Low Profile Housings 293

294 Mod I Posts, Machine Applied,.031 x.062 [0.79 x 1.7] Centerline Straight Posts.10 Cut Off [3.81].062 [1.7].10 [3.81] 2D ±.003 [±0.08] D ±.003 [±0.08] E.048 [1.22].080 [2.03] Typical Assembly Material and Finish rass, plated [ ] gold over [ ] nickel on entire post A C.031 [0.78] Recommended Mounting Holes.078±.002 [1.98±0.0] Dia. (Drilled Hole) Mod I Posts, Machine Applied Related Product Data Mate with oard Mount Receptacles pages 28, 286 oard Mount Receptacle Assemblies pages Crimp Snap-In Receptacles and Housings pages Locking Clip Contacts & Housings pages 298, 299 (see page 298 for recommended post length). Application Tooling pages Performance Specifications page 30 Technical Documents page 30 D Post centers may vary depending on requirements. Minimum nominal centerline spacing between adjacent contacts is.12 [3.18];.003 [0.08] tolerances not to accumulate over length of board. E Post center location from edge of board may vary to satisfy application. Dimensions Finish Part Nos. A C Strip Form 1 Loose Piece [9.14].187 [4.7].9 [1.11].380 [9.6].320 [8.13].748 [19.00].400 [10.16].12 [3.18].73 [14.].480 [12.19].187 [4.7].71 [18.16].6 [14.3].187 [4.7].800 [20.32].800 [20.32].10 [3.81].998 [2.3] Plating A Plating Plating A Plating Plating A Plating Plating A Plating Plating A Plating Plating A Plating Packaging quantity of 20,000 per reel. 2 Packaging quantity of 1,000 per bag. Note: Strip form posts applied with Insertion Machine No , includes power unit and applicator

295 Mod I Headers, Straight Post, Keyed,.031 x.062 [0.79 x 1.7] Centerline Single Row,.16 [3.96] Centers See chart for locations 1.00 Keyway.20±.010 [6.3±0.2] A = ±.003 [3.96±0.08] [±0.08] C.08 [2.16] Max..031±.001 [0.79±0.03].063±.002 [1.60±0.0].12 [3.18] Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] min. nickel on entire post Plating [ ] tin over [ ] nickel on entire post [1.02±0.38].031 [0.79].12±.010 [3.18±0.2].062 [1.7].40±.010 [10.29±0.2].20±.010 [6.3±0.2].03 [0.89] Related Product Data Mate with oard Mount Receptacles pages 28, 286 oard Mount Receptacle Assemblies pages Crimp Snap-In Receptacles and Housings pages Locking Clip Contacts & Housings pages 298 & 299 (see page 298 for recommended post length). Performance Specifications page 30 Technical Documents page ±.003 [7.92±0.08].16±.003 [3.96±0.08].12 [3.18].0±.003 [1.40±0.08] Dia. Recommended oard Layout No. of Dimensions No. of Post Height Post Height Pos. Keying D=.40 [10.29] D=.87 [14.91] A C Slots Plating A Plating Plating A Plating [3.96].267 [6.78] A [7.92].423 [10.74] A Keyway Locations (Ref only) Keyway Locations [11.89].79 [14.71] A,C [1.8].73 [18.67] A,D [19.81].891 [22.63] A,C,E [23.77] [26.9] A,C,E, [27.74] [30.6] A,C,E,G [31.70] 1.39 [34.2] A,D,G [3.66] 1.1 [38.48] A,C,E,G,J [39.62] [42.44] A,D,G,K [43.9] [46.41] A,C,E,G,J,L [47.] [0.37] A,D,J,M [1.1] [4.33] A,C,E,G,J,L,N [.47] 2.29 [8.29] A,D,G,K,N [9.44] 2.41 [62.26] A,C,E,G,J,L,N,Q [63.40] [66.22] A,D,G,K,N,R [67.36] [70.18] A,D,F,J,M,P,S [71.32] [74.14] ,D,F,J,L,N,Q,S [7.29] 3.07 [78.11] A,C,E,G,J,L,N,Q,S,U [79.2] [82.07] A,D,G,K,N,R,U [83.21] [86.03] A,C,E,G,J,L,N,Q,S,U,W [87.17] 3.43 [89.99] A,D,G,K,N,R,U,X [91.14] [93.9] A,C,E,G,J,L,N,Q,S,U,W,Y [9.10] 3.8 [97.92] A,C,E,H,K,M,Q,S,U,W,Y 29 Mod I Headers 7

296 Mod I Headers, Straight Post, Keyed,.031 x.062 [0.79 x 1.7] Centerline (Continued) Dimensions No. of No. of Post Height Post Height Post Height Keying D=.70 [19.0] D=1.187 [30.1] D=1.310 [33.27] Pos. A C Slots Plating A Plating Plating A Plating Plating A Plating Keyway Locations [3.96].267 [6.78] A [7.92].423 [10.74] A [11.89].79 [14.71] A,C [1.8].73 [18.67] A,D [19.81].891 [22.63] A,C,E [23.77] [26.9] A,C,E, [27.74] [30.6] A,C,E,G [31.70] 1.39 [34.2] A,D,G [3.66] 1.1 [38.48] A,C,E,G,J [39.62] [42.44] A,D,G,K [43.9] [46.41] A,C,E,G,J,L [47.] [0.37] A,D,J,M [1.1] [4.33] A,C,E,G,J,L,N [.47] 2.29 [8.29] A,D,G,K,N [9.44] 2.41 [62.26] A,C,E,G,J,L,N,Q [63.40] [66.22] A,D,G,K,N,R [67.36] [70.18] A,D,F,J,M,P,S [71.32] [74.14] ,D,F,J,L,N,Q,S [7.29] 3.07 [78.11] A,C,E,G,J,L,N,Q,S,U [79.2] [82.07] A,D,G,K,N,R,U [83.21] [86.03] A,C,E,G,J,L,N,Q,S,U,W [87.17] 3.43 [89.99] A,D,G,K,N,R,U,X [91.14] [93.9] A,C,E,G,J,L,N,Q,S,U,W,Y [9.10] 3.8 [97.92] A,C,E,H,K,M,Q,S,U,W,Y Mod I Headers 7 296

297 Mod I Headers, Right-Angle Post, Keyed,.031 x.062 [0.79 x 1.7] Centerline Single Row,.16 [3.96] Centers C Material and Finish Housing lack thermoplastic, 94V-0 rated Posts rass, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Plating [ ] gold over [ ] nickel on entire post Plating C [ ] tin over [ ] nickel on entire post See Table for Locations.20±.010 [6.3±0.2] A 1.6 = [3.96] Keyway Plc. [ ].031 [0.79].031±.001 [0.79±0.03].12±.010 [3.18±0.2].34±.010 [8.76±0.2].062±.001 [1.7±0.03].12 [3.18].131 [3.33].27±.01 [6.99±0.38] Related Product Data Mate with oard Mount Receptacles pages 28, 286 oard Mount Receptacle Assemblies pages Crimp Snap-In Receptacles and Housings pages Locking Clip Contacts and Housings pages 298 & 299 (see page 298 for recommended post length). Performance Specifications page 30 Technical Documents page ±.003 [7.92±0.08].16±.003 [3.96±0.08] Recommended oard Layout E Dimension.34 [8.76] Post Height.20 [6.3] for mounting header flush with board edge;.9 [1.11] for supporting mating connector on board..00 [12.70] Post Height.20 [6.3] for mounting header flush with board edge;.70 [19.0] for supporting mating connector on board. E.078±.002 [1.98±0.0] Dia. No. of Dimensions No. of Post Height Post Height Pos. Keying D=.34 [8.76] D=.00 [12.70] A C Slots Plating A Plating C Plating Plating C Keyway Locations (Ref Only) Keyway Locations [3.96].267 [6.78] A [7.92].423 [10.74] A [11.89].79 [14.71] A,C [1.8].73 [18.67] A,D [19.81].891 [22.63] A,C,E [23.77] [26.9] A,C,E [27.74] [30.6] A,C,E,G [31.70] 1.39 [34.2] A,D,G [3.66] 1.1 [38.48] A,C,E,G,J [39.62] [42.44] A,D,G,K [43.9] [46.41] A,C,E,G,J,L [47.] [0.37] A,D,J,M [1.1] [4.33] A,C,E,G,J,L,N, [.47] 2.29 [8.29] A,D,G,K,N [9.44] 2.41 [62.26] A,C,E,G,J,L,N,Q [63.40] [66.22] A,D,G,K,N,R [67.36] [70.18] A,D,F,J,M,P,S [71.32] [74.14] ,D,F,J,L,N,Q,S [7.29] 3.07 [78.11] A,C,E,G,J,L,N,Q,S,U [79.2] [82.07] A,D,G,K,N,R,U [83.21] [86.03] A,C,E,G,J,L,N,Q,S,U,W [87.17] 3.43 [89.99] A,D,G,K,N,R,U,X [91.14] [93.9] A,C,E,G,J,L,N,Q,S,U,W,Y [9.10] 3.8 [97.92] A,C,E,H,K,M,Q,S,U,W,Y 297 Mod I Headers 7

298 Locking Clip Contacts for.031 x.062 [0.79 x 1.7] Posts,.031 x.062 [0.79 x 1.7] Centerline Wire Crimp Contacts with Insulation Support Material and Finish Contact ody Phosphor bronze, plated as follows: Plating A Selectively plated [ ] gold on contact area, with gold flash over [ ] nickel on entire post Plating [0.0024] min. tin over [ ] nickel on entire contact Contact Spring Stainless steel Mating Post Spring ody Related Product Data Mate with Machine Applied Posts page 294 Headers (.00 Post Height Only) pages (see recommended post length below)* Housings used in page 299 Application Tooling pages Performance Specification page 30 Technical Documents page 30 Wire Size Range AWG [mm 2 ] Ins. Dia. Range [ ] [ ] Wire Size Range AWG [mm 2 ] [ ] Part Number Type Finish Strip Form Contact Part Nos. Loose Piece Plating A Plating Applicator Used With Machine Premium CERTI-CRIMP Hand Tool Part Number HDM Model "K" (AMP-O-LECTRIC) SCA Stripper/Crimper (AMP-O-MATIC) 1 AMP-O-LECTRIC KII Machine. Applicators also available for AMPOMATOR Lead Making Machines. Consult TE. Note: These contacts must be crimped in accordance with TE Specification No in order to function properly in a connector housing. Extraction Tool Part No is used for removing individual contacts from connector housings and for detaching contacts from mating posts. Locking Clip Contacts 7 Extraction Tool Part No Instruction Sheet Wire Harnessing If necessary, wires can be grouped with cable ties and secured to a panel with fixed clamps. However, locking clip contacts must be free to float within the connector housings to allow proper extraction. Therefore, harnessing hardware or the use of multiple terminations per contact must not restrict the free-floating action of contacts in the housing. For more information, request Insulating and undling Products Catalog Fixed Clamp Cable Tie Unrestricted Wire for Free-Floating Contacts.281/.344* [7.14/8.74] (without housing).370/.433* [9.40/11.00] (with housing) *Dimension defines.031 x.062 [0.79 x 1.7] portion of post. If post is longer than maximum specified, post tip may butt against wire ends. 298

299 Locking Clip Connector Housings,.031 x.062 [0.79 x 1.7] Centerline Single Row,.16 [3.96] Centers A C.110 [2.79] Min. Material and Finish lack thermoplastic, 94V-0 rated.220 [.9] Related Product Data Contacts used with page 298 Mate with Machine Applied Posts page 294 Headers pages (see page 298 for recommended post length) Performance Specifications page 30 Technical Documents page [21.84].031 x.062 [0.79 x 1.7] Post (Ref only).060 [1.2].433/.370 [11.00/9.40].194 [4.93].110 [2.79] Note: All part numbers are RoHS compliant. No. of Dimensions Housing Part Nos. Keyed Positions Pos. A C UnKeyed Keyed on Mating Face [.08] [9.] [3.96].16 [3.96].32 [13.1] of [3.96].312 [7.92].688 [17.48] of [7.92].312 [7.92].844 [21.44] of [7.92].468 [11.89] [2.40] of [11.89].468 [11.89] 1.16 [29.36] [11.89].624 [1.8] [33.32] [1.8].624 [1.8] [37.29] [1.8].780 [19.81] [41.2] [19.81].780 [19.81] [4.21] [19.81].936 [23.77] [49.17] Indicates "closed cavity". No post entry hole in this position. Notes: 1. All housings listed above will accept Locking Clip Contacts No and 87278, refer to page Refer to TE Instruction Sheet for proper contact orientation within the housings..16 [3.96] 299 Locking Clip Connector Housing 7

300 Application Tooling For Crimp Snap-In Receptacles and Locking Clip Contacts Side-Feed Heavy-Duty Miniature Applicators (Coded HDM) Interchangeable applicators for crimping products reeled side-by-side on single or dual carrier strips (primarily closed-barrel terminals and open-barrel contacts). Similar design as the endfeed version. All side-feed applicators include a wire stop to help correctly position the wire end in the crimping target area. For more information, request Instruction Sheet AMP-O-LECTRIC Model G Terminating Machines, , -9, -11 Semiautomatic bench machines for crimping reeled terminals and contacts, featuring a quiet and reliable direct motor drive, microprocessor controls for ease of setup and operation, and guarding and lighting designed for operator convenience and safety. All models are equipped with either manual or automatic precision adjustment of crimp height. Machine-mounted sensors are available for crimp quality monitoring using conventional miniature-style applicators. Specifications Width [47-643] depending on applicator type Depth [46-713] depending on applicator type Height 20 [08] Weight 240 lb [110 kg] Electrical 120 or 220 VAC, 0 or 60 Hz; 310 VA Air psi [ bar], 6 scfm [ m 3 /s] when required with air-feed applicators Wire Range AWG [ mm 2 ] solid or stranded, depending on product applied For more information, request Catalog 6828, Video , Catalog 8227 [Crimp Quality Monitor (CQM)], Video Application Tooling 7 AMPOMATOR CLS IV+ Lead-Making Machines, , -2, , -2 Fully-automatic machines that measure, cut, strip and terminate single leads. Microprocessor-controlled, and programmed and operated using an easy-tofollow, menu-driven touchscreen. Features include direct-drive terminating units with precision crimp height adjustment, fully programmable setups, wire runout and splice detection, and motorized pre-feed with wire straightener. Crimp quality monitoring is also available. Specifications Width 19 [4 040] Depth 68 [1 730] Height 86 [2 18] with 24 [610] dia. reel Weight lb [907 kg] Electrical 220 VAC, 0 or 60 Hz, single phase, 2 A, with neutral and ground Air 90 psi [6.21 bar], 1 scfm [ m 3 /s] sustained Wire Range AWG [ mm 2 ] stranded, AWG [ mm 2 ] solid Lead Lengths 3-90 [ ], [ ] with long lead conveyors For more information, request Catalog , Video (NTSC), (PAL). 300 Note: All part numbers are RoHS compliant. Note: For additional tooling options, contact TE or reference the TE web site.

301 Application Tooling (Continued) For Crimp Snap-In Receptacles and Locking Clip Contacts (Continued) AMP-O-MATIC Stripper- Crimper Machines, , -4 Semiautomatic bench crimping machines that also strip the wire, and are therefore used for terminating jacketed cable. Feature manual precision adjustment of crimp height, keyed strip blades for faster, more accurate setups, and an efficient scrap removal system. All adjustments can be made from the front of the machines without special tools. Available with crimp quality monitoring. Specifications Width 14 [3] Depth 18 [47] Height 33 [838] without reel Weight 10 lb [68 kg] Electrical 120 VAC, 0 or 60 Hz,. A Air psi [ bar], 3. scfm [ m 3 /s] Wire Range AWG [ mm 2 ] For more information, request Catalog 6004, Video 19807, Catalog 8227 [Crimp Quality Monitor (CQM)], Video Stripper-Crimper Applicators (coded SCA) Interchangeable applicators for crimping products in AMP-O-MATIC Stripper- Crimper Machines. Consist of separate ram and lower tooling assemblies. Similar dial-in settings for different wire sizes and insulation diameters as HDM applicators. Available with sensors for use with the Crimp Quality Monitor. For more information, request Catalog 6004 (AMP-O-MATIC Stripper-Crimper Machines), Catalog 8227 [Crimp Quality Monitor (CQM)]. Kappa 23, Automatic Cut and Strip, The Kappa 23 has the capability of processing wires with a cross section of up to 4 AWG and an outside diameter of 0.9 inch. Options include an inner conductor processing kit for multiconductor cables and a flat ribbon cable kit. Specifications Width 2 [630] Depth 16 [490] Height 13.4 [370] Weight 9 lb [44 kg] Wire Cross-Sections 24-4 AWG [ mm 2 ] Flat Ribbon Cables width up to 40mm Length Range ft [1mm m] (+/- 0.2%) Electrical 110/230 V - 0/60Hz, switches automatically Application Tooling Cosmic 927R Micro-Cable Stripper The Cosmic 927R Micro-Cable Stripper was developed to reliably strip various insulation materials and micro-cable. From conductor diameter 36 AWG to 10 AWG, the stripping diameter display can be set to within 0.1mm increments. Thus optimal stripping quality is guaranteed and damage to the conductor is eliminated. 7 Note: All part numbers are RoHS compliant. Note: For additional tooling options, contact TE or reference the TE web site. 301

302 Application Tooling (Continued) For Crimp Snap-In Receptacles and Locking Clip Contacts (Continued) CERTI-CRIMP Straight Action Hand Tools (SAHT) Premium grade hand tools. Feature ratchet control to provide complete crimp cycle. Die sets close in a straight line. Include a contact locator and wire stop, plus an insulation crimp adjustment lever, when applicable. Approximate weight 1.3 lb [0.9 kg] All CERTI-CRIMP head assemblies / dies, have multiple power options available. The accompanying diagram outlines those power options. See catalogs (SDE Electric Terminator), (626 Pneumatic Tool System) and (attery-Powered Crimp Tool Kits) for more information. For more information, request Catalog Application Tooling PRO-CRIMPER III Hand Tool Commercial grade hand tool for crimping various products. Features ratchet control to provide complete crimp cycle. Accepts both pinned- and shoulderedstyle die sets. Locators are provided with pinned-style die sets for proper contact and wire positioning, and to help minimize contact rotation and bending during crimping. Approximate weight 1.3 lb [0.60 kg]. All PRO-CRIMPER head assemblies / dies, have multiple power options available. The accompanying diagram outlines those power options. See catalogs (SDE Electric Terminator), (626 Pneumatic Tool System) and (attery-Powered Crimp Tool Kits) for more information. Instruction Sheet Note: For additional tooling options, contact TE or reference the TE web site.

303 Application Tooling (Continued) For oard Mount Receptacles and Machine Applied Posts Modular Insertion System (MIS) ench Machines, Series, Series (shown) For oard Mount Receptacles ench machines for inserting a variety of products into pc boards. Uses the same interchangeable insertion heads as the Comp-U-Sertor II Machines. Series machines feature a manually-operated X-Y positioning fixture, plus a locator spotlight. The machine cycles when the board hole is placed on the anvil and both triggers on the dual handles attached to the X-Y fixture are depressed. Series machines, without board fixturing, cycle automatically when the hole is properly located. A stabilizing disk over the anvil helps keep the board level. This benchtop insertion machine installs contacts into PC boards at rates to 2000 per hour. A spotlight highlights the insertion area, and lower tooling assures precise board location. The machine is activated by a foot pedal. Specifications Width 18 [47] Depth 24 [610] Height 18 [47] Weight 20 lb [113 kg] Electrical 120 to 220 VAC, 0 or 60 Hz (217600); 120 or 240 VAC, 60 Hz, single phase, 120 VA (662820) Air 80 psi [.2 bar] min., 1 scfm [ m 3 /s] min. Insertable Area 18 x 22 [47 x 9] max. For more information, request Catalog P300 Automatic Insertion Machine Automatic machine for inserting a variety of contacts into pc boards (PCs). Equipped with an insertion tool (comprised of a product-specific insertion head, an anvil, and a product feed mechanism). Stepper-motor driven X-Y table positions PCs under insertion head. Surface Mount Equipment Manufacturers Association (SMEMA) compatible inline PC Insertion Station for posts, tabs, receptacles or sockets. Stand-alone unit is field upgradeable to Pass Through. Mounts up to four TE pneumatic insertion heads. Modem diagnostics standard, vision system optional. Control panel used to program and monitor entire insertion process. Specifications Width 7. [1 460] Depth 64. [1 640] Height 60 [1 20] Weight Depending on configuration Electrical 110 V, 60 Hz Air 87 psi [6 bar] Insertable Area 24 x 16 [600 x 400] For more information, contact TE. Application Tooling 7 Note: All part numbers are RoHS compliant. Note: For additional tooling options, contact TE or reference the TE web site. 303

304 Application Tooling (Continued) For oard Mount Receptacles and Machine Applied Posts (Continued) P30 Pin Insertion Machine The P30 is a fully automatic inline pin insertion machine capable of applying reeled pins, tabs, receptacles and similar products into PCs. With inline operation, an automatic tool changer and insertion rates up to per second, it is focused at fully automatic high speed operation to maximize throughput while minimizing costly scrap. A servo powered XY table positions the PC under a central drive station at high speed. The tool changer can hold up to 3 insertion heads each capable of applying a different product. A unique rotary insertion finger allows the application of products at up to 7 different angles without rotating the PC. This allows the P30 to apply product at different angles without a reduction in insertion rate or the potential positioning error associated with PC rotation. Icon driven software with touch screen provides a simple to use, intuitive operator interface. The P30 provides a wide range of solutions for pin insertion applications. Quick change tooling packs, and a wide range of options make it a flexible high speed platform. Specifications Width 102 [2600] Depth 118 [3000] Height 87 [2200] Weight approx 300 lb [1600 kg] Electrical 230 V, 0-60 Hz, 10 A Air 600 kpa dried air Max. oard Size 17. x 17. [40 x 40] Application Tooling 7 304

305 Performance Specifications The electrical, mechanical and environmental characteristics of the AMPMODU.031 x.062 [0.79 x 1.7] Interconnection System are listed below: Mechanical Characteristics Contact Durability Receptacles Locking Plating Standard High Clip Pressure Pressure Contacts [ ] Min. Tin 7 Cycles 2 Cycles N/A [ ] Min. Tin 7 Cycles 2 Cycles N/A [0.0024] Min. Tin N/A N/A 2 Cycles [ ] Gold 7 Cycles 0 Cycles 2 Cycles [ ] Gold 200 Cycles 100 Cycles N/A Electrical Characteristics Contact Current Rating amperes max. for single contact in free air, could vary due to ambient temperature, wire size and duty cycles. Contact Resistance 12 milliohms at 100 ma and 0 mv open circuit. Dielectric Rating At Sea Level 1200 VAC between contacts on.16 [3.96] centers for 1 minute. Insulation Resistance x 10 3 megohms (initial) Connector Durability Receptacles Mating 16 oz. [4.4N] max. per contact after 3 mating cycles (standard pressure) 30 oz. [8.34N] max. per contact after 3 mating cycles (high pressure, gold) 60 oz. [16.68N] max. per contact after 3 mating cycles (high pressure, tin) Unmating 1 oz. [0.28N] min. per contact after 3 mating cycles (standard pressure) 3 oz. [0.83N] min. per contact after 3 mating cycles (high pressure) Locking Clip Contacts Mating 4 lb. [17.79N] max. per contact after 3 mating cycles Unmating 2 lb. [8.90N] min. per contact after 3 mating cycles Environmental Characteristics Operating Temperature -6 C to 10 C [-8 F to 221 F] (Gold Plated) -6 C to 60 C [-8 F to 140 F] (Tin Plated) Technical Documents Various technical documents are available for your use: Product Specifications describe technical performance characteristics and verification tests. They are intended for the Design, Component and Quality Engineer Interconnection System, Standard Pressure Interconnection System, High Pressure, Gold Interconnection System, High Pressure, Tin Locking Clip Connectors Application Specifications describe requirements for using the product in its intended application and/or crimping information. They are intended for the Packaging and Design Engineer and the Machine Setup Person Crimp Snap-In Receptacle Contacts oard Mount Receptacle Contacts Locking Clip Contacts Machine Applied Straight Posts Instruction Sheets provide instructions for assembling or applying the product. They are intended for the Manufacturing Assembler or Operator Clinching Procedures for Header Assemblies Suggestions for Wave Soldering AMPMODU Receptacles TE Hand Tool for Crimping Crimp Snap-In AWG Contacts TE Hand Tool for Crimping Crimp Snap-In Contacts (22-26 AWG) AMPMODU Locking Clip Connectors and Contacts TE Hand Tool for Crimping Locking Clip Contacts TE Extraction Tool for Locking Clip Contacts Clinching Procedures for Receptacle Assemblies TE Extraction Tool for Crimp Snap-In Receptacles Product Specifications 7 30

306 Shunts Product Facts 7600 Series Programmable Shunts use conventional x.300 [2.4x7.62] DIP leg spacing Post Shunts are used to common pairs of.02 [0.64] square posts,.02 [0.64] diameter round posts and.022 x.026 [0.6 x 0.66] formed posts Shunts TE offers a variety of high quality shunts for low cost manual programming. TE 7600 Series Programmable Shunts are designed on the standard x.300 [2.4 x 7.62] DIP spacing. TE DIP Shunts are a highly reliable, low cost means of manually programming various types of electrical/electronic equipment. The shunt consists of a series of conductive straps packaged in a DIP configuration. The straps can be retained intact for a closed circuit or broken with a hand tool to produce an open circuit. TE Post Shunts mate with any common pairs of square, rectangular and round posts. Post shunts come in two-position low profile, 2 mm miniature, tandem spring, dual beam, and multiposition versions. Among the options available are choices of gold or tin plating, beryllium copper or phosphor bronze contact material and shunts with 94V-0 rated housing spaces on.079 [2.00], and.200 [.08] centers with the low profile series requiring only.20 [6.3] clearance from the pc board. All TE shunts feature onepiece construction for high reliability. All have high normal forces for excellent electrical continuity. For added reliability, Tandem Spring and Dual eam Shunts have two points of contact in each receptacle

307 Dual In-Line Package (DIP) Shunts 7600 Series Standard Shunt Standard Pressure Material and Finish Housing Glass-filled polyester, UL 94V-0 rated Contacts rass Finish Selectively plated min. tin on solder area over min. nickel on entire contact Contact Lead Spacing x.300 [2.4x7.62] Lead Length.140 [3.6] below mounting surface Housing Color lack Programming Tool See below.290 [7.37].079 [2.01] 1 Max. Programming Hand Tool Part No ±.00 [2.4 ± 0.13].03 ±.00 Dia. [0.89 ± 0.13] This tool provides a reliable means of programming DIP shunts. It is rugged, light-weight and dependable. No special skills are required to use this tool..300 ±.00 [7.62 ± 0.13] No. of Dimension A Standard Shunt Pos. inch mm Standard Pressure Shunts 8 307

308 Post Shunts Product Facts One-piece contact construction High normal forces 94V-0 rated housings Gold inlay, gold plate or tin plate over nickel Stackable Those post shunts indicated are recognized under the component program of Underwriters Laboratories Inc., R File No. E28476 and certified by the Canadian Standards R Association File No. LR 7189 Tandem Spring Shunts Two points of contact provide extra reliability Shunts accept posts as short as.17 [4.4]; posts bottom at.330 [8.38] 2mm Mini Shunts Stackable on 2mm contact centerline Low profile Available in strips of 10 2-Position, Low Profile Shunts Economy Shunt Centerline Standard Housing Shunt.200 [.08] Centerline R Part Numbers Configuration Housing Gold Plate 1 Gold Flash 1 Tin Plate Gold Plate Color [ ] [ ] [0.0024] [ ] Strip of 10 lue Strip of 10 lack Strip of 10 Red Loose Piece lack In contact area R [63.4] Material and Finish Low Profile and 2mm Shunts Housing Glass-filled thermoplastic, black, UL 94V-0 rated Contacts eryllium copper or phosphor bronze, plated [ ] nickel underplate with gold plate in contact area or tin overall 3.43 [87.70] Shunts 8 Material and Finish Tandem Spring Shunts Housing Nylon, UL 94V-0 rated Contacts Phosphor ronze Finish [ ] nickel underplate with gold inlay in the contact area or tin overall Part Numbers Configuration Housing Gold Plate 1 Gold Plate 1 Tin Plate Color [ ] [ ] [0.0024] Strip of 10 lack In contact area 308

309 Post Shunts (Continued) 2-Position, Low Profile Shunts (Novo) (Continued) Handle Shunt Centerline Loose Piece Part Numbers Housing Gold Plate 1 Gold Plate 1 Gold Plate 1 Tin Plate Color Type [ ] [ ] [ ] [0.0024] lack Open Top lack Closed Top 1 In contact area 2 mm Mini-Shunt.079 [2.00] Centerline R R Part Numbers Configuration Housing Gold Plate 1 Gold Plate 1 Color [ ] [ ] Strip of 10 lack In contact area Dual eam Shunt 2.00 [63.] Ref. Note: All part numbers are RoHS compliant. Part Numbers Configuration Housing Gold Plate 1 Gold Plate 1 Color Type [ ] [ ] Strip of 10 lack Open Top Strip of 10 lue Open Top Strip of 10 Yellow Open Top 1 In contact area.247 [6.27] Ref..096 [2.44].196 [4.98] Ref. 309 Shunts 8

310 Post Shunts (Continued) Tandem Spring Shunt Centerline R R Part Numbers Housing Gold Inlay 1 TinPlate Color [ ] [0.0024] lack In contact area Multiposition Shunts for.02 [0.64] Square Posts.200 [.08] Centerline A.200 [.08].300 [7.62] MAX R R.048 [1.22] REF.10 [3.81] REF Housing Glass-filled polyester Contacts eryllium Copper Finish [.00076] gold in contact area over [.00127] nickel on entire contact Current Rating 2. amps.20 [6.3] MAX.0 [13.97] Shunts Size Dimension A Housing Part inch mm Color Number 2x lack x Red x lack